UC-NRLF 


>.''••'.'*-"''.' 


c 


LI  BR  ARY 


UNIVERSITY  OF   CALIFORNIA. 


QIF"T    OF 


Accessions  No.-Jyg/f?,          Shelf  No'.. 

—-4 3- 


APPENDIX     I— 18S4. 


CATALOGUE   OF   STARS 


OBSERVED   AT   THE 


UNITED  STATES  NAVAL  OBSERVATORY 


THE   YEARS    1845   TO    1877, 


AND    PREPARED    FOR    PUBLICATION    BY 


PROFESSOR  M.  YARNALL,  U.  S.  N. 


Third  Edition,  Revised  and  Corrected, 
WITH 

RENUMBERING  OF  THE  STARS, 

BY 

PROFESSOR  EDGAR  FRISBY,  U.  S.  N. 


WASHINGTON: 

GOVERNMENT      PRINTING     OFFICE. 
18/9. 


TABLE  OF  CONTENTS. 


INTRODUCTION   TO   THE  THIRD   EDITION. 

Page. 

Letter  of  Commodore  Belknap v 

Scope  of  the  revision v 

Sources  of  mistakes V 

Nomenclature  of  stars VI 

General  remarks VII 

INTRODUCTION   TO   THE   FIRST   EDITION. 

Preliminary  remarks  upon  the  unpublished  Observations IX 

The  stars  which  were  mostly  observed IX 

Mr.  Ferguson  and  others  collect  the  Observations  observed  in  1845-1850 x 

The  collection  transferred  to  Professor  Yarnall  for  further  reduction X 

THE    RIGHT   ASCENSIONS. 

The  instruments  with  which  made  and  the  weight  of  the  Observations X 

The  necessity  of  a  uniform  standard  of  reduction X 

The  standard  of  reduction  that  of  Dr.  Gould X 

The  epoch  to  which  the  stars  are  all  reduced  that  of  1860.0 X 

The  method  of  forming  TABLE  I  and  the  use  made  of  it XI 

TABLE  I. — Adopted  places  of  clock-stars •.    • xn-xv 

Remarks  upon  the  corrections  for  proper  motion XVI 

TABLE  II. — A  comparison  of  the  Observations  of  clock-stars  observed  in  1845,  with  the  standard  places  for  1845, 

from  TABLE  I,  and  corrections  for  equinox  for  stars  observed  in  1845  with  the  Transit  Instrument  .  xvn 
TABLE  III. — A  comparison  of  the  clock-stars  observed  with  the  Transit-Instrument  in  1846,  1847,  1848,  1849, 
and  1850,  with  the  standard  places  for  1850.0,  and  corrections  for  equinox  for  stars  observed  1845- 

1850  with  the  Transit-Instrument XVIII 

TABLE  IV. — A  comparison  of  the  clock-stars  observed  with  the  Meridian  Circle  in  1846,  1847,  1848,  1849,  and 
1850,  with  the  standard  places  for  1850.0,  and  corrections  for  equinox  for  stars  observed  1845-1850 

with  the  Meridian  Circle xix 

TABLE  V. — A  comparison  of  the  clock-stars  observed  with  the  Transit-Instrument  in  1858,  1859,  1860,  and  1861, 
with  the  standard  places  for  1860.0,  and  corrections  for  equinox  for  stars  observed  1858-1861  with 

the  Transit- Instrument xx-xxi 

THE   DECLINATIONS. 

The  instruments  with  which  observed  and  the  weight  of  the  Observations xxn 

The  latitude  of  the  Observatory  with  which  the  Observations  were  reduced xxil 

The  latitude  upon  which  the  Declinations  depend xxil 

REDUCTION  OF  THE  OBSERVATIONS. 

The  constants  upon  which  the  reductions  depend xxni 

Corrections  for  secular  variation  of  all  Observations xxni 

Description  of  the  Catalogue xxiv-xxv 

INTRODUCTION  TO  THE  SECOND  EDITION. 

Letter  lo  Rear-Admiral  John  Rodgers  upon  the  publication  of  the  second  edition xxvi 

The  Catalogue 1-276 

Notes  upon  the  Catalogue 277-302 

III 


INTRODUCTION  TO  THE  THIRD  REVISED  EDITION. 

This  revision  was  undertaken  in  accordance  with  the  following1  order: 

UNITED  STATES  NAVAL  OBSERVATORY, 

Washington,  February  19,  1886. 

SIR:  The  preparation  of  a  third  edition  of  Yarnall's  Catalogue  having  been  decided 
upon  you  will  please  take  charge  of  the  work,  collecting  as  many  as  possible  of  the 
errors  that  have  from  time  to  time  been  published,  and  submitting  the  same  to  the 
Superintendent  upon  its  completion. 

It  is  desirable  that  the  work  be  prosecuted  as  rapidly  as  is  consistent  with  the 
regular  work  of  the  9.6-inch  telescope. 
Very  respectfully, 

GEO.  E.  BELKNAP, 

Commodore,  U.  8.  Navy,  Superintendent. 
Prof.  EDGAR  FRISBY,  U.  S.  N., 

Naval  Observatory. 

On  commencing  the  work  it  was  found  that  a  great  many  errata  had  from  time 
to  time  been  published  in  various  numbers  of  the  Astronomische  Nachrichten  by  Pro- 
fessors HOLDEN,  KRUEGER,  and  MILLOSEVICH,  and  many  more  have  since  been  published 
by  Dr.  PETERS  in  the  third  volume  of  the  Memoirs"  of  the  National  Academy  of 
Sciences.  I  have  also  received  many  valuable  hints  and  suggestions  from  other  gen- 
tlemen engaged  in  astronomical  research,  to  all  of  whom  I  am  much  indebted  for  the 
assistance  afforded  by  their  valuable  notes.  The  work,  however,  had  not  proceeded 
far  before  it  was  discovered  that  an  examination  more  complete  and  systematic  than 
any  previous  one  was  necessary,  including  a  re-examination  of  all  anonymous  stars, 
comparing  the  named  stars  with  those  of  existing  Catalogues,  re-numbering  all  the 
stars,  changing  names  whenever  necessary,  and  supplying  names  that  existed  previous 
to  the  publication  of  the  Catalogue. 

The  recent  publication  of  the  Southern  Durchmusterung,  Gould's  Zones,  and 
General  Catalogue  have  been  invaluable  in  enabling  me  to  identify  many  of  the  stars 
and  to  correct  others. 

One  of  the  most  common  mistakes  in  the  Catalogue  was  caused  by  combining 
the  Right  Ascension  of  one  star  with  the  Declination  of  another,  a  result  that  is 
always  liable  to  occur  whenever  the  Right  Ascension  is  observed  with  one  instrument 
and  the  Declination  with  another,  especially  when  the  other  co-ordinate  is  not  noted 
with  sufficient  exactness  for  verification.  Sometimes  a  mistake  of  i,  5,  or  10  degrees 
was  made  in  setting,  sometimes  the  time  was  recorded  wrong  by  an  even  number 


VI  INTRODUCTION. 

of  minutes,  and  occasionally  by  an  hour.  It  is,  however,  believed  that  no  changes 
have  been  made  that  are  not  warranted  by  the  record  or  that  are  not  fairly  deducible 
from*  it  with  the  highest  degree  of  probability.  To  this  end,  whenever  a  doubtful  case 
has  arisen,  all  known  authorities  have  been  compared  with  the  records,  extending  over' 
a  period  of  more  than  thirty  years.  By  these  means,  very  often,  mistakes  have  been 
made  apparent.  When  a  Right  Ascension  has  been  observed  and  no  Declination 
noted,  or  a  wrong  Declination  recorded,  it  has  sometimes  been  correctly  determined 
by  the  wire  intervals  If,  however,  these  methods  are  unsatisfactory,  or  the  stars 
can  not  be  found  in  other  Catalogues,  the  heavens  have  been  examined,  and  it  is  believed 
that,  with  one  or  two  exceptions,  every  star  has  been  completely  identified.  These 
are  fully  explained  in  the  Notes,  and  no  position  has  been  retained  that  is  not  com- 
pletely verified.  In  a  few  instances,  however,  where  anonymous  stars  have  been 
observed  two  or  three  times  in  both  co-ordinates,  and  all  the  observations  agree,  it  was 
not  thought  necessary  to  examine  the  heavens  for  verification,  notwithstanding  the 
fact  that  they  could  not  be  found  in  any  other  Catalogue. 

In  giving  names  to  stars  the  following  principles  have  generally  been  adopted, 
taking  care,  however,  not  to  change  the  existing  names,  unless  for  some  good  and  sat- 
isfactory reason: 

1.  The  oldest  name  in  any  standard  Catalogue  has  been  preferred,  unless  there 
is  some  uncertainty  or  mistake  in  that  Catalogue,  or  unless  the  name  already  used  is 
that  of  one  of  the  recognized  standard  authorities,  although  not  the  oldest.     In  such 
cases  the  other  names  have  been  preferred. 

2.  No  Catalogue  issued  since  the  publication  of  Yarnall's  Catalogue  has  been 
used  for  that  purpose.     Most  of  the  names  in  the  Catalogue  of  the  British  Association 
have  been  retained,  although  in  the  case  of  double  stars,  or  such  stars  that  had  only 
one  authority  given  in  that  Catalogue,  the  original  name  has  been  retained. 

There  are  two  sets  of  names  that  have  been  entirely  changed,  the  first  set  being 
those  marked  (*)  Washington,  which  were  only  a  list  of  stars  to  be  observed,  the 
number  indicating  merely  the  order  of  time  in  which  the  request  for  observation  was 
made.  They  were  all  stars  that  had  been  observed  by  Mr.  FERGUSON  for  comparisons 
of  comets  and  asteroids.  A  list  was  made  and  numbered,  and  this  number  was  inad- 
vertently introduced  into  the  Catalogue  as  the  name  of  the  star.  Whenever  names 
from  existing  Catalogues  could  be  found  for  these  stars  they  were  used ;  otherwise 
they  are  designated  Anonymous. 

The  second  set  is  that  of  the  Pleiades,  in  which  the  greatest  confusion  exists. 
The  letter  A  prefixed  to  these  stars  has  reference  to  BESSEL'S  anonymous  stars,  of 
which  there  were  only  40.  It  appears,  however,  that  Mr.  FERGUSON,  in  observing  the 
Pleiades  on  the  Equatorial  in  the  year  1863,  designated  all  the  observation  of  stars 
in  this  group  throughout  the  year  by  the  letter  A,  these  observations  extending  as  far 
as  the  number  48.  I  have  retained  the  numbers  up  to  and  including  40,  using,  how- 
ever, the  letter  B  for  BESSEL.  The  other  names  in  this  group  were  simply  names 
taken  in  order  from  the  working  list.  Some  of  them  had  as  many  as  three  different 
names,  depending  principally  on  the  time  when  they  were  observed  on  the  Equatorial, 
without  any  reference  whatever  to  their  Right  Ascensions.  As  all  these  stars  have 


CATALOGUE  OF  STARS,  1845  TO  1877.  VII 

been  found  in  WOLF'S  Catalogue  of  the  Group  of  the  Pleiades,  containing  571  stars, 
and  published  in  the  Annales  de  1'Observatoire  de  Paris,  Tome  XII,  Deuxieme  Partie. 
I  have  adopted  these  numbers  for  the  small  stars  in  this  group,  using  the  letter  W.  for 
WOLF  to  distinguish  them  from  the  others.  The  notation  of  the  stars  in  Prsesepe  is 
that  of  Professor  HALL  in  his  Catalogue  of  151  stars  in  Prsesepe,  and  published  in 
the  Washington  Astronomical  Observations  for  1867,  two  stars  being  added  that  were 
observed  but  inadvertently  omitted  from  the  Catalogue.  The  names  of  the  LAMONT 
stars  are  taken  from  the  separate  Catalogues  that  correspond  to  the  given  Declinations. 
The  initials  M.  Z.,  Tr.  Z.,  and  Mer.  C.  Z.  refer  to  the  Washington  Mural  Zones,  Transit 
Zones,  and  Meridian  Circle  Zones,  respectively. 

As  the  object  of  this  revision  was  merely  for  the  purpose  of  correcting  mistakes, 
I  have  not  added  any  observations  or  even  completed  an  unfinished  one,  excepting 
such  as  were  observed  but  omitted  from  the  Catalogue,  the  apparent  additions  being 
found  in  some  of  the  published  volumes  or  in  an  unreduced  state  in  the  observing 
books.  The  only  use  made  of  the  Equatorial  observations  was  for  the  purpose  of 
verification.  Whenever  any  additions  have  been  made  the  positions  were  computed 
entirely  on  a  uniform  system  with  that  of  the  other  stars,  and  not  a  single  change  has 
been  made  without  consulting  the  original  observing  books  and  Chronograph  sheets 
whenever  they  could  be  found.  Occasionally  mistakes  in  other  Catalogues  have  been 
detected.  These  have  been  alluded  to  in  the  Notes.  It  has  been  considered  neces- 
sary to  publish  the  Notes  with  two  arguments,  that  of  the  old  and  that  of  the  new 
edition.  Sometimes  the  numbers  in  one  edition  will  correspond  to  two  or  three  num- 
bers in  the  other,  and  vice  versa.  The  first  argument  has  reference  to  the  third  edition, 
the  Notes  generally  explaining  the  changes  that  have  been  made  in  the  second  edition. 

The  stars  in  the  Catalogue  have  all  been  compared  with  standard  Catalogues  as 
far  as  possible,  and  it  is  confidently  believed  that  most  of  the  mistakes  have  been 
corrected. 

Very  respectfully,  your  obedient  servant, 

EDGAR  FEISBY, 
Professor  of  Mathematics,  U.  S.  Navy. 

Capt.  R.  L.  PHYTHIAN,  U.  S.  N., 

Superintendent  U.  S.  Naval  Observatory,  January  29,  1889. 


< 
X££?ORT^ 


INTRODUCTION    TO    THE    FIRST    EDITION. 


UNITED  STATES  NAVAL  OBSERVATORY, 

Washington,  April  25,  1873. 

ADMIRAL  :  In  the  latter  part  of  the  year  1858,  finding  the  results  of  nearly  six  years 
of  my  labor  with  the  Mural  Circle  reduced  and  nearly  ready  for  the  press,  it  occurred 
to  me  to  endeavor  to  complete  the  observations  by  observing  the  Right  Ascensions, 
and,  after  they  should  have  oeen  observed  and  reduced,  to  have  them  published  in  the 
form  of  a  Catalogue.  With  this  view,  I  procured  from  Captain  Maury,  then  Superin- 
tendent of  the  Observatory,  permission  to  observe  with  Professor  Major  on  his  alternate 
nights  with  the  Transit  Instrument ;  and  Professor  A.  W.  Lawrence,  who  had  been 
Professor  Major's  assistant,  was  transferred  to  the  Mural  Circle  as  my  assistant.  By 
continuing  to  observe  in  this  way,  we  began  rapidly  to  accumulate  observations  in 
Right  Ascension,  as  well  as  to  add  to  those  in  Declination  until  1859,  when,  Professor 
Major  having  resigned  his  commission  in  the  Navy,  I  came  into  full  possession  of  the 
Transit  Instrument,  with  Professor  T.  J.  Robinson  as  my  assistant  from  May,  1860,  to 
July,  1 86 1.  These  observations  were  all  reduced  by  me. 

The  stars  consisted  mainly  of  stars  used  in  the  Army  surveys  for  observations 
with  the  zenith  telescope,  many  stars  in  the  lists  of  the  Coast  Survey,  and  many  of 
Lacaille's  stars  which  had  mostly  been  observed  by  Lacaille  only,  and  for  observing 
which  our  Observatory  was  favorably  situated.  During  all  these  years,  Mr.  James 
Ferguson,  who  so  faithfully  labored  for  so  many  years  with  the  Equatorial,  was 
making  constant  demands  upon  me  for  observations  of  comparison  stars  for  the  objects 
observed  by  him ;  and  this  will  account  for  the  great  number  of  small  stars  in  the 
Catalogue. 

The  Right  Ascensions  at  this  time,  and  subsequently,  were  observed  by  the 
chronographic  method,  and  in  the  manner  described  in  several  of  our  volumes ;  the 
Declinations  were  observed  with  the  telescope  micrometer  in  precisely  the  same  manner 
as  described  in  any  of  our  volumes  after  that  for  1847. 

When  the  time  came  for  putting  these  observations  in  the  form  of  a  Catalogue, 
the  number  of  stars  having  greatly  increased,  I  concluded  to  extend  its  limit  so  as  to 
include  all  the  stars  of  which  Right  Ascensions  and  Declinations  had  been  published 
in  our  volumes ;  and  this,  with  a  few  exceptions,  has  been  done. 

IX 


X  INTRODUCTION. 

The  idea  of  forming  a  General  Catalogue  of  our  observations  had  occurred  to 
Mr.  Ferguson;  and  he,  assisted  by  Professors  Hall  and  Eastman,  collected  on  sheets 
the  observations  made  from  1845  *°  1850,  inclusive;  and  the  observations  of  1845 
having  been  reduced  by  Professor  Hall  to  1850,  the  collection  was  transferred  to  me 
for  further  reduction.  The  stars  transferred  to  me  were  those  of  all  the  instruments, 
and  the  places  of  the  stars  were  united  into  one  for  each  co-ordinate. 

The  work  of  the  Meridian  Circle  was  well  known  to  be  inferior  to  that  of  the 
Transit  Instrument,  the  Mural  Circle,  and  the  Prime  Vertical  Transit  Instrument,  and 
I  did  not  think  it  well  to  give  it  equal  weight.  I  therefore  revised  the  list,  separating 
the  observations  under  the  heads  of  the  various  instruments,  and  adding  some  stars 
observed  with  one  co-ordinate  only,  and  for  that  reason  not  published  in  the  Catalogue 
for  1845. 

RIGHT   ASCENSIONS. 

The  stars  whose  places  are  given  in  this  Catalogue  were  observed  for  Right  Ascen- 
sion with  the  Transit  Instrument  and  the  old  Meridian  Circle,  the  number  with  the 
Transit  being  much  the  more  numerous ;  those  with  the  Prime  Vertical  Instrument 
being  entirely  rejected.  Equal  weight  was  given  to  all  the  observations  with  the  Transit 
Instrument,  and  half  weight  to  those  with  the  Meridian  Circle.  The  observations, 
extending  over  a  period  of  twenty-seven  years,  were  originally  reduced  with  very 
different  data,  and  the  most  important  step  in  forming  the  Catalogue  has  been  to  reduce 
them  to  a  uniform  standard.  The  observations,  as  published,  were  reduced  to  1845 
and  1850,  epoch  of  the  sun's  mean  longitude  281°,  and  to  1860  and  1870,  epoch  of 
the  sun's  mean  longitude  280°. 

The  epoch  adopted  for  the  present  Catalogue,  to  which  I  have  reduced  all  the 
observations,  is  the  Besselian  epoch  1 860.0,  when  the  sun's  mean  longitude  was  280°; 
and  the  Right  Ascensions  for  that  epoch  are  found  in  Dr.  Gould's  "Standard  Places 
of  Fundamental  Stars,  United  States  Coast  Survey,"  first  edition,  which  was  issued 
from  the  Coast  Survey  Office  September  13,  1862,  although  Dr.  Gould  had  previously 
furnished  the  Observatory  with  a  copy  in  the  first  part  of  1862. 

Our  star  places  of  time  stars  are  identical  with  those  of  Dr.  Gould,  as  published 
in  1862,  and  they  were  afterward  published  in  the  American  Ephemeris  for  1865. 
This  list  has  been  further  corrected  by  some  corrections  published  in  the  volume  of  the 
American  Ephemeris  for  1 869  ;  but,  for  the  sake  of  consistency,  I  have  thrown  out  as 
nearly  as  possible  these  corrections  from  the  small  number  of  places  used  in  1870  and 
1871.  This  list  not  being  quite  as  large  as  we  desired,  Professor  Newcomb  added 
some  other  stars  whose  places  were  quite  well  known,  for  compiling  which  he  compared 
the  Greenwich,  Paris,  and  Washington  observations. 

Having  so  many  different  epochs  and  different  star-lists,  the  first  step  was  to  reduce 
all  the  separate  results  for  Right  Ascension,  given  in  the  several  volumes,  to  what  they 
would  have  been  had  the  same  star-places  been  adopted  in  the  reductions,  and  had  the 
stars  been  all  reduced  to  the  epoch  1 860.0  without  any  correction  for  proper  motion. 
For  this  purpose  I  have  formed,  as  a  standard  for  reference,  the  following  Table  I,  in 
which  are  given  the  names  of  all  the  clock-stars  used,  and  their  Right  Ascensions  for 


CATALOGUE  OF  STARS,  1845  TO  1877. 


XI 


184  .o,  1850.0,  1 860.0,  and  1870.0.  These  places  were  formed  from  the  Annual  a»d 
Secular  Variations  of  the  Star-Tables  of  the  American  Ephemeris  and  Nautical  Almanac, 
where  available ;  and  for  those  stars  not  in  the  American  Ephemeris  the  values  of  the 
Precession  and  Aberration  Constants  of  those  Tables  were  used ;  and  the  proper 
motions  used  were  those  published  by  the  Reverend  R  Main  in  Volume  XIX  of  the 
Journal  of  the  Royal  Astronomical  Society. 

SUPPLEMENTARY  NOTE* 

The  Right  Ascensions  of  the  following  Catalogue  may  be  reduced  to  Newcomb's 
standard,  as  denned  in  section  7  of  his  paper  on  the  Right  Ascensions  of  the  Equa- 
torial Fundamental  Stars  (Appendix  III  to  the  Washington  Observations  for  1870), 
by  the  application  of  the  following  corrections: 

1.  Proper  motion  from  the  mean  year  of  observation  to  1860. 

2.  Systematic  correction  depending  on  the  Right  Ascension  and  given  by  the 
fornmla, 

da.  =.  -\-  o°.O2 1  -f-  o".oi4  cos  a.  —  o'.O25  sin  a 
the  value  of  which  may  be  taken  from  the  following  table : 


R.  A. 

An 

R.  A. 

AO 

h. 

s. 

h. 

S. 

0 

+   .°35 

12 

+    .007 

i 

.029 

13 

.01$ 

2 

.021 

14 

.021 

3 

.013 

15 

.029 

4 

.006 

16 

.036 

5 

+   .001 

i? 

.O4I 

6 

—   .004 

18 

.046 

7 

.007 

19 

.049 

8 

.008 

20 

.050 

9 

.007 

21 

.049 

10 

—   .004 

22 

.045 

ii 

+   .001 

23 

.041 

12 

+   .007 

24 

+    -035 

*The  supplementary  note  on  this  page  was  furnished  by  Professor  Newcomb  and  U  published  with  his  permission. 


XII 


INTRODUCTION 

TABLE  I. — Adopted  Positions  of  Clock- Stars. 


Name  of  Star. 

1845.0. 

1850.0. 

1  860.0. 

1870.0. 

f 

h.    m.         s. 
o      o    23.16 

h.    m.        s. 

o      o    38.58 

h.    m.        s. 

o       i       9.43 

h.    m.        s. 
o       i     40.29 

s, 

+         O.OIO 

y    Pegaaf  

o      5     15.58 

o      5     30.98 

o      6       1.79 

o      6     32.61 

+        O.OOI 

12  Ceti  .                

0      22      53.68 

o     23     24.27 

—         O.OO2 

/3    Ceti  

o    35    48.38 

o    36      3.46 

o     36     33  .  60 

o     37      3-74 

+        O.OI4 

o     55      9-77 

o     55     40.84 

o    56     11.92 

—      o  .  004 

0i    Ceti  

i     16     16.61 

i     16     31.60 

i     17       1.57 

i     17    31-55 

—         O.OO5 

i     23     59.73 

i     24    31.71 

o.ooo 

i     34      8.89 

i     34     40.02 

—      0.004 

o     Piscium      

i     38      0.30 

I     38     31.91 

+       o  .  006 

I     46       5.28 

i     47     21.76 

i     46     54.74 

1      47     27.73 

+      0.006 

i     58     26.82 

i     58     43.63 

I     59     17-28 

I      59     50.95 

+      0.014 

£i    Ceti  

2       5       3-31 

2       S     34.98 

2       6       6.67 

—       o  .  004 

67  Ceti  ...                 . 

2      IO        O.  II 

2       IO      3O.OI 

+      0.007 

f    Ceti  

2       20      43.15 

2       21        14.94 

-h         O.OOI 

y     Ceti  

2     35     16.45 

2     35     31.95 

2      36        2.96 

2      36      33.98 

0.009 

«     Ceti  ... 

2     54     10.96 

2     54     26.59 

2     54     57.86 

2     55     29.14 

—          O  .  OO2 

3      3     37-77 

3       4     1  1  .  94 

+         O.OIO 

f 

3       725.  96 

—         O.OO2 

-(     26     20.14 

3     26     48.33 

—         0.070 

3     38     16.80 

3     38     3-1-55 

3     39     10.  of) 

3     39    45-59 

+       o.oot 

y     Eridani  

3     50    47-99 

3     51       i-96 

3     51     29.92 
4       5       2.03 

3     51     57-88 
4       5     31-27 

+      0.004 
o.ooo 

y     Tauri     

4     II     49.77 
4     20     26.71 

4     12     23  84 
4     21        1.66 

+      0.009 
+      0.008 

4     27       1.93 

4     27     19.10 

4     27     53.44 

4     28     27.79 

+      0.004 

«i.    Eridani  
t      Aurigae       

4     38     30.24 
4     47     52.86 
4     56     31-33 

4     39       0-25 
4     48     31-82 

4     57       8.57 

+      0.006 

—         O.OOI 

+          O  .  OO2 

c     Leporis       
ft-    Aurigse       ...... 

5       5     14.83 

5       5     36.92 

4     59     32.16 
5       6     21.12 

4     59     57-52 
5       7       5-33 

o.ooo 
+       o  .  009 

J3    Orionis       

5       7       5  .  44 

5       7     19.85 

• 

5       745.  65 

5       8     17.45 

o.ooo 

5     16     29.85 

5     16    48.78 

s     17     26.64 

5     18       4.51 

+         O.OO2 

<!     Orionis       
a     Leporis       

5     24       5.38 
5     25     53.73 

5     24     20.70 
5     26      6.96 

5      2J      51.33 
5     26     33.42 

5     =5     21.97 
<;     26     59.88 

+         O.OOI 
+         O.CO2 

5      28      21.02 

5     28     36.23 

5     29       6.64 

5     29     37.06 

—         O  .  OO  I 

a     Columbae  

5     34       2.31 
5    46    46  .  90 

5     3-1     13-16 
5     47       3.14 

5     34     34-88 
5     47     35-6o 

5     31     56.61 
5     48       8.07 

+         O.OOI 
+         O.O02 

v    Orionis       

6     13     34  .  94 

6     13     53.10 

5     59     34  ?6 
6     14     29.43 

6       o       9.02 
6     15       5  -  76 

+         O.OOI 

+      0.006 

y    Geminorum     

6     29     37.42 

6     30     12.  II 

+      0.004 

,1 

CATALOGUE  OF  STARS,  1845  TO  1877. 

TABLE  I. — Adopted  Positions  of  Clock-Stars — Continued. 


XIII 


Name  of  Star. 

1845.0. 

1850.0. 

1  860.0. 

1870.0. 

/» 

a     Canis  Majoris       .... 
e     Canis  Majoris       .... 
y    Canis  Majoris       .... 
<!     Canis  Majoris       .... 

h.    m.       s. 
6     38     19.20 
6     52     32.13 

7     10     51.69 

7     31     "-11 
7     35     49-42 

8      o     56.64 
8     38     33.83 

9     19     58.21 
9     37      2.56 

10      0      6.72 

It       5     51.45 
ii     II     35.71 

II     41       8.97 

12      26      15.28 
12      48      46.12 

13      17        2.05 

13     47     18.26 
14      8     35.59 

h.    m.       s. 
6     38     32.31 
6     52     43.92 

7     "       9-65 

7     25       1.33 
7     3'     26.89 
7     36      7.84 

8       I      9.42 
8     38     49-76 

9    20    12.96 
9     37     19.68 

10      o    22.75 

II       6       7.48 
it     ii     50.67 

II     41     24.31 

12      26      30.95 
12      49        O.22 

13      17      17.80 

13     47     32-55 
14       8    49.26 

h.    m.       s. 

6     38     58.61 

6     53       7.50 
6    S7     25.50 
7      2     42.00 
7     'I     45-57 

7     25     39.74 
7     31     58.35 
7     36    44-68 
7    4*     55-50 
7     54     54.89 

8       I     34.98 
8     24     36.52 
8     39     21.  61 
9      o      9.67 
9     ii       9.80 

9     20     42.46 

9    37     53.91 
9    44     47.63 
9     52     48.80 
10      o     54.80 

10     12     14.94 
10     25     26.26 
10    41     53.70 
10     57     47.66 
ii       6     39.52 

ii     12     20.63 
ii     20    44.23 
ii     29    46.89 
ii     41     54.98 
n     58      4.66 

12        2      55.77 
12      12      44.66 
12      27         2.31 

12     49     28.42 

13        2      42.28 

13      17      49-31 
13      27      33.71 
13      48         I.I4 
13     54     3I-40 
14      9    16.60 

h.    m.        s. 
6     39     25.02 
6     53     31.08 
6     57     52.69 
7      3      6.40 
7     12     21.48 

7     26     18.13 
7     32     29.70 
7     37     21.51 
7     45     32.35 
7     55     31-83 

8       2      0.54 
8     25     11.30 
8     39     53.46 
9      o    42.24 
9     "     43-36 

9     21      11.96 
9     38     28.12 
9    45     21.89 
9     53     20.57 
10      i     26.84 

IO      12      48.13 

10    25     57.93 
10    42    25.30 
10    58     18.64 
ii      7     ii-55 

II       12       50.58 
II      21       15.11 
II      3O      17.61 
II      42      25.64 
II      58      35.27 

12      3     26.58 

12      13      15-34 
12      27      33.68 

12     49     56.60 
13       3     13-28 

13     18     20.83 
13     28      4.23 
13     48     29.73 
13     55       1.92 
14      9    43-94 

s. 

-      0.037 

-f-        O.OOI 

+     0.005 

0.000 

o.ooo 

—      0.015 
0.047 
—     0.047 
o.ooo 
—      0.005 

—      0.005 
—      0.005 

—         O.OI2 

—      0.003 

—         O.OI2 
—         O.OOI 

—      0.003 
—      0.018 
—      0.003 
—      0.017 

+         O.O2O 
O.OOO 
—        O.OOI 
—       0.024 
+         O.OI2 

—         O.OOS 
+        O.OO2 
O.OOO 
—        0.034 
—        0.014 

+         O.OOI 

—      0.004 

—         O.OOI 
—        O.O2O 
—         O.OO2 

—         O.OO2 
—        O.Oig 
—         O.OO3 
+        0.005 
-         0.079 

a     Canis  Minoris       .... 

17    Virginis           

ft    Corvi    

a    Canum  Venaticorum      .     . 
6    Virginis      

17    Bootis  

XIV 


INTRODUCTION. 


TABLE  I. — Adopted  Positions  of  Clock-Stars — Continued. 


Name  of  Star. 

1845.0. 

1850.0. 

1  860.0. 

1870.0. 

M 

h.     m.        s. 

h.    m.        s. 

h.     m.        s. 
14    25    47.72 

h.     m,        s. 
14     26     13.59 

s. 
—      0.008 

14    38     13.06 

14    38    26.16 

14    38    52.38 

14     39     18.60 

—       0.003 

14    42     18.78 

14    42    35.30 

14     43      8.34 

14     43     41.40 

—      o  .  008 

14    58    26.85 

14     58     52.58 

—         O.OIO 

/?    Libra    

15       8    40.37 

15       8     56  .  46 

15      9    28.64 

15     10      0.83 

—       0.007 

15     19     12.15 

15     19    34.83 

—         O.OIO 

n     Coronae  Borealis  .... 

15     28       7.58 
15     36    38  .  20 

15     28    20.27 
15     36     52.95 

15    28    45.66 

15     37     22.44 

15     29     11.05 
15     37     5  i  .  94 

4-      0.010 
•f      0.009 

15     43     50.38 

15     44     20.24 

+        0.009 

15     52      3.64 

IS      S2      38.00 

—      o  ooi 

IS      S6      2S.QS 

15     56     43.32 

15     57     18.07 

15     57     52.83 

—         O.OO2 

16      6     13  65 

l6         6      2Q.33 

16      7      0.60 

1  6      7     32.06 

—      o  004 

l6  '  IO      Sd.  74 

16     20     13.07 

1  6     20    49.73 

i  6     21     26.41 

o  ooo 

£    Ophiuchi    

16     29    27.18 

1  6     30      0.15 

+         O   OOI 

16     36      0.56 

16     36    23  18 

16     si       2.s6 

16     si     30.  GO 

17        7      34.  QO 

17        7     48.  s6 

17        8      IS.  80 

17      8    43.22 

—       o  ooi 

17       1  8      2"s    Qd 

17    40    58.84 

17    41     22.29 

—       0.025 

y8   Sagittarii    

17     56    48.94 

17     57     27.46 

—       0.005 

l8        4      2Q.7O 

18      4     47.62 

18       s     23.  48 

18       s     so.  3d 

O  OO2 

l8      14         3.  OS 

18     id     3d.Qd 

—      o  .  04  1 

l8      27      3S.26 

l8      28        7.QO 

—         O.OO2 

18     31     41.43 

18     31     m.  to 

18    32     11.90 

18     32     32.21 

+      0.018 

3    Lvrae     , 

1  8      44      21.46 

l8      44       32    S3 

18     dd     Sd  6? 

18    45     16.81 

o.ooo 

18     d6     3d  08 

18    47     12.22 

o.ooo 

f     Aquilae       

l8      l8      17.17 

18     s8     30  od 

18    s8     sS.do 

1  8     59    26.04 

—        0.003 

w    Aquilae        

IQ      II      Id.  6S 

19     ii     42.84 

+       0.003 

| 

IQ     17     dO.  OS 

IQ     17     s6  07 

IQ    18    26.32 

10     18     s6  S7 

1 

-f-        0,015 

K     Aquilx  

IQ    29    21.46 

IQ      2O      S3   77 

o.ooo 

TQ     08     S3  di 

-f-         O   OOI 

o    Aquilae  

1Q     43      13   17 

IO      43      27    8l 

4-       o  036 

a*  Capricorn!       

2O        O      27  OI 

p    Capricorn!       

2O      21      26   52 

—      o  006 

c     Delphini    

20      36        8   Q3 

/*    Aquarii      

CATALOGUE  OF  STARS,  1845  TO  1877 


XV 


TABLE  I. — Adopted  Positions  of  Clock-Stars — Continued. 


Name  of  Star. 

1845.0. 

1850.0. 

1860.0. 

I870.O. 

/* 

h.    m.        s. 
21      6    20.49 

h.    ni.         s. 
21       6     33.23 

h.    m.        s. 

21       6     58.73 

h.    m.         s. 
21       7     24.23 

• 

S. 
—        O.OOI 

21       IS      76.8l 

21      16       4.55 

+      0.008 

21     23     23.70 

21      23      39-53 

21      24      II.  l8 

21      24      42.83 

+        0.002 

21      30      17.78 

21      30      49.77 

+        O.OO6 

E     Pegasi  

21     36    34.38 

21      36      49.12 

21     37     18.60 

21     37     48.08 

+        0.003 

21     45     39.60 

21      46      12.38 

+        O.O22 

21     57     49.25 

21      58        .).(,» 

21       58      35.52 

21     59      6.36 

O.OOO 

0     Aquarii      

22        y      26.63 

22        9      58.34 

+        O.OO7 

22      l8         7-59 

22      IS      38.24 

O.OOO 

22      28        Q.68 

22      28      40.52 

+         O.OO4 

r     Peffasi  . 

22     33    43.97 

22    33     58.91 

22     34     28.79 

22     34     58.67 

+        0.003 

22     45     18.48 

22     45     49.80 

—        O.OO2 

a     Piscis  Australis  .... 

22    49      4.42 

22      57        2.5Q 

22    49    21.09 
22     57     17.  50 

22     49     54.42 
22      57      47.74 

22      JO      27.73 
22      58      17.18 

+        0.024 
+         O.OO4 

27        Q      S4.4S 

23     10    25.54 

+        0.047 

27      tQ      45.74 

23      2O      16.09 

+         O.OO5 

0     Pisciam      

23      2O      52.OI 

23      21      22.42 

—         O.OOg 

23      31      58   8O 

27      72      Id   22 

27      72      45   06 

27      77      IS.QO 

+         O.O26 

27      41      77.6o 

27.      42        Q.O8 

+         O.OOq 

w    Piscium      

27      52         7.47 

23      52      38.21 

+        O.OIO 

* 

• 

XVI  INTRODUCTION. 

The  Right  Ascensions  of  a.  Canis  Majoris  and  of  a  Canis  Minoris,  for  this  Table, 
were  obtained  by  using  the  annual  variations  and  value  of  P,  given  by  Professor  New- 
comb  in  Appendix  I,  volume  for  1870,  of  the  Washington  Observations;  the  place  of 
a  Canis  Majoris  differing  O8.oi3  from  the  place  given  by  Professor  Newcomb. 

The  Right  Ascensions  of  the  stars  whose  places  are  given  for  1845,  are,  with  two 
or  three  exceptions,  those  of  stars  given  in  the  British  Nautical  Almanac  for  January 
i,  1845,  ar"d  the  observations  of  1845  were  reduced  to  the  beginning  of  that  year. 
For  the  years  1846,  1847,  1848,  1849,  and  1850,  the  stars  whose  places  were  used  are 
given  in  the  British  Almanac  for  1850,  and  all  the  observations  were  reduced  to  the 
beginning  of  1850.  The  stars  observed  in  1858,  1859,  1860,  and  1861,  were  reduced 
with  the  places  given  in  the  British  Almanac  for  1860,  and  the  observations  were 
reduced  to  1 860.0.  The  stars  observed  in  1862,  1863,  1864,  and  1865,  were  reduced 
with  the  places  in  Table  I  for  1860,  and  the  observations  were  reduced  to  1 860.0. 
The  stars  observed  in  1868,  1869,  1870,  and  1871,  were  reduced  with  the  list  of  the 
American  Ephemeris  without  the  corrections  of  the  volume  for  1869;  and  for  1870 
and  1871  these  corrections  have  been  eliminated  for  the  stars  to  which  they  belong. 
The  observations  from  1865  to  1871  were  reduced  to  1870.0. 

In  order  to  correct  the  Right  Ascensions  previously  reduced  from  observations,  I 
have  in  the  following  Table  given  a  comparison  of  the  observations  with  the  standard 
places  in  Table  I,  for  the  different  years ;  for  this  purpose  I  have  used  all  the  obser- 
vations of  the  stars  for  the  different  epochs  and  instruments. 

In  order  properly  to  compare  the  observations  with  the  standard,  it  was  necessary 
to  correct  them  by  a  small  quantity  —  4 /JL  +  y.  Jfj.  is  the  correction  necessary  to 
reduce  the  proper  motion  used  in  the  different  years  to  that  of  the  standard  published 
in  Table  I.  The  Almanac  for  1845  gives  only  precessions  for  all  the  stars,  except  a 
few,  marked  with  a  *,  whose  proper  motions  are  large,  and  for  which  I  used  as  a 
correction  the  proper  motions  of  the  British  Association  Catalogue  corrected  by  those 
of  Table  I.  For  the  other  stars  the  proper  motions  of  Table  I  were  used. 

For  1850,  the  proper  motions  to  be  corrected  were  those  published  in  the  British 
Almanac  for  1848 ;  and  for  1860,  for  the  stars  observed  from  the  places  of  the  British 
Almanac,  the  corrections  are  those  of  Reverend  R.  Main  reduced  to  those  of  Table  I. 

All  sta  /s  in  the  Catalogue  are  published  without  proper  motions,  and  for  the  clock- 
stars, the  quantity  taken  out  is  n  multiplied  by  y ;  y  being  the  mean  year  of  the 
observation  from  the  epoch.  To  restore  these  stars  to  the  proper  value,  it  will  be  neces- 
sary to  use  the  proper  motion  given  in  Table  I  multiplied  by  the  mean  year. 

For  all  miscellaneous  stars,  I  have  taken  out  exactly  what  had  been  added  to  or 
subtracted  from  the  reduction  to  mean  place,  and  my  rule  in  reducing,  where  proper 
motions  had  been  used,  was  to  use  the  proper  motions  of  the  two  tables  of  the  Reverend 
R.  Main,  volume  XIX  of  the  Royal'  Astronomical  Society ;  and  for  other  stars  not 
given  by  Main,  the  proper  motion  found  in  the  British  Association's  Catalogue.  These 
remarks  apply  also  to  the  observations  in  Declination. 

After  the  year  1861  no  proper  motions  have  been  used  in  the  reductions,  except 
in  the  places  of  the  clock-stars,  and  these  have  been  taken  out  of  all  the  places  in  the 
Catalogue. 


CATALOGUE  OF  STARS,  1845  TO  1877.  XVII 

TABLE  II. — Standard  Stars  Observed  with  the  Transit  Instrument,  1845. 


Name  of  Star. 

Obs'd 
R.  A. 

c-o 

An 

No.  of 
Obs'ns. 

«X  A  a 

Name  of  Star. 

Obs'd 
R.  A. 

C-O 

A  a 

No.  of 
Obs'ns. 

»X  A« 

s. 

s. 

s. 

s. 

s. 

s. 

a     Andromedse 

23.18 

—  C.02 

38 

—0.76 

a     Bootis     . 

35-47 

+  O.I2 

21 

+  2.52 

7     Pegasi    . 

15.60 

O.O2 

40 

0.80 

e     Bootis 

12.99 

0.07 

15 

1.05 

/3    Ceti  .... 

48.43 

O.O5 

13 

0.65 

a     Librae 

18.77 

+O.OI 

M 

+0.14 

0'    Ceti  .... 

16.63 

—  O.O2 

39 

—0.78 

/3    Libras 

40.37 

0.00 

15 

O.OO 

a     Arietis    . 

26.78 

+0.04 

28 

+  I.I2 

o     Cor.  Boreal  is    . 

7.62 

—0.04 

II 

-0.44 

y     Ceti    .... 

16.45 

O.OO 

26 

0.00 

a     Serpentis 

38.19 

-f  O.OI 

16 

+0.16 

a     Ceti    .... 

IO.92 

+  0.04 

28 

+  1  .12 

/?    Scorpii    . 

26.01 

—0.06 

15 

—0.90 

'/    Tauri 

16.80 

O.OO 

«  9 

0.00 

<S     Opbiuchi 

13-64 

+  O.OI 

16 

+0.16 

j<     Eridani   . 

47.98 

+  O.OI 

20 

+O.2O 

a     Scorpii    . 

54-85 

—  0.  II 

17 

-1.87 

a     Tauri 

1.94 

—  O.OI 

17 

-0.17 

a     Hcrculis. 

34-9° 

O.OO 

15 

O.OO 

/?    Orionis  . 

5.48 

—0.04 

7 

—  0.28 

a     Ophiuchi 

44-47 

+  O.OI 

10 

+  O.  IO 

/3    Tauri       .     .     . 

29.85 

O.OO 

1  1 

O.OO 

ft     Sagittarii 

29.78 

—  o.oS 

'9 

-1.52 

(!    Orionis  . 

5.38 

0.00 

10 

O.OO 

«     Lyrse. 

41.56 

0.13 

32 

4.16 

a     Leporis   . 

53-90 

-0.17 

i 

-0.17 

/?     Lyrse. 

21.52 

0.06 

22 

1.32 

t     Orionis  . 

20.99 

+  0.03 

ii 

+0.33 

f     Aquilse    . 

17.19 

O.O2 

26 

0.52 

a     Orionis   . 

46.89 

+  0.01 

ii 

-t-O.  II 

J     Aquilse    . 

40.98 

—0.03 

36 

-1.  08 

H    Geminorum 

35.00 

—0.06 

7 

—  0.42 

7     Aquilse    . 

53-37 

+0.04 

33 

+  1.32 

c     Canis  Majoris  . 

32." 

+O.O2 

2 

+0.04 

a     Aquilae    . 

I3-I9 

—  O.O2 

33 

-0.66 

<!     Geminorum 

51-67 

+  O.O2 

3 

+  0.06 

/3    Aquilse   . 

42.00 

0.06 

29 

1.74 

a     Canis  Minoris  . 

ii.  18 

—O.O7 

5 

-0.35 

a2   Capricorn!   . 

27.07 

—0.06 

29 

-1.74 

/9    Geminorum. 

49-47 

—  0.05 

2 

—  O.IO 

f    Cygni      .      .      . 

20.48 

+O.OI 

15 

+0.15 

n     Leonis     . 

6-95 

0.23 

I 

0.23 

/?    Aquarii  . 

23-75 

—0.05 

25 

-1-25 

<5     Leonis    . 

51-58 

0.13 

2 

0.26 

E     Pegasi    . 

34.40 

O.O2 

33 

0.66 

/?    Leonis    . 

9.09 

0.12 

I 

O.I2 

a     Aquarii   . 

49.28 

O.O3 

21 

0.63 

/?    Corvi       .      .     . 

15-64 

—  0.36 

4 

-1.44 

f     Pegasi     .      .      . 

44.00 

0.03 

38 

1.14 

a     Canum  Venat.  . 

46.07 

+  0.05 

6 

+0.30 

a     Piscis  Australis 

4-49 

—O.O7 

44 

—3.08 

a     Virginis  . 

2.  II 

—  O.O6 

20 

—  1.  2O 

n     Pegasi     . 

2.62 

O.O3 

31 

0-93 

17     Bootis     . 

18.29 

—  0.03 

M 

—0.42 

i     Piscium  . 

58.81 

—O.OI 

28 

—0.28 

Correction  for  ec 

uinox      2*Aa           238-'9_ 

D".O22 

Zn               1045 

XVIII  INTRODUCTION. 

TABLE  III. — Standard  Stars  Observed  with  the  Transit  Instrument,  1846-' 50. 


Name  of  Star. 

Obs'd 
R.A. 

C-0 

No.  of 
Obs'ns. 

n  X  AO 

Name  of  Star. 

Obs'd 
R.A. 

C-0 

Aa 

No.  of 
Obs'ns. 

«X  AO 

s. 

s. 

s. 

s. 

s. 

s. 

a     Andromedse  . 

38.53 

+0.05 

46 

+2.30 

a    Canum  Venat.    . 

0.14 

+0.08 

38 

+3-04 

y     Pegasi 

30.93 

0.05 

60 

3.00 

o     Virginis    . 

17.75 

0.05 

103 

5-15 

/J    Ceti     .... 

3-43 

0.03 

26 

0.78 

ri    Bootis.     . 

32.48 

0.07 

108 

7.56 

0    Ceti     .... 

31-54 

0.06 

49 

2-94 

a    Bootis 

49.19 

0.07 

130 

9.10 

a     Arietis      .     .     . 

43-61 

O.O2 

38 

0.76 

e     Bootis 

26.12 

0.04 

95 

3.80 

y     Ceti     .... 

31-95 

0.00 

40 

o.oo 

a     Librae  .... 

35-21 

+0.09 

82 

+  7.38 

a     Ceti     .... 

26.57 

+0.02 

38 

+0.76 

j3    Libras  .     .     .     . 

56.39 

0.07 

76 

5-32 

17     Tauri  .... 

34-52 

+0.03 

37 

+  I.II 

a     Coronae  Borealis 

20.  21 

0.06 

80 

4.80 

7     Eridani 

2.00 

—O.O4 

3i 

-1.24 

a    Serpentis  . 

52.91 

0.04 

81 

3-24 

a     Tauri. 

19.03 

+  0.07 

52 

+3.64 

P    Scorpii 

43.26 

0.06 

49 

2.94 

/3    Orionis     . 

19.83 

+O.O2 

34 

+0.68 

i    Ophiuchi  . 

29.26 

+0.07 

64 

+4.48 

0    Tauri  .... 

48.76 

O.O2 

54 

i.  08 

a     Scorpii 

12.99 

0.08 

58 

4-64 

(i     Orionis     . 

20.69 

O.OI 

51 

0.51 

a     Herculis  . 

48.49 

0.07 

53 

3-71 

a     Lcporis     .     .     . 

6.9! 

0.05 

9 

0.45 

a     Ophiuchi  . 

58.31 

0.06 

66 

3.96 

c     Orionis 

36.21 

O.O2 

47 

0-94 

/'    Sagittarii  .     . 

47-54 

0.08 

60 

4.80 

a    Columbae.     .     . 

13.11 

+0.05 

13 

+0.65 

a    Lyrae   .... 

51.51 

+0.08 

68 

+5-44 

a    Orionis     . 

3.10 

0.04 

60 

2.40 

ft    Lyrae   .... 

37-48 

0.05 

87 

4-35 

/t    Geminorum  .     . 

53-06 

0.04 

17 

0.68 

C    Aquilas 

30.90 

0.04 

86 

3-44 

c     Canis  Majoris    . 

43.84 

0.08 

28 

2.24 

6    Aquilae 

56.02 

0.05 

107 

5-35 

6    Geminorum  . 

9.60 

O.O5 

39 

1.95 

y    Aquilae 

7.61 

0.06 

"9 

7.14 

a3   Geminorum  . 

1.27 

+0.06 

58 

+3-48 

o    Aquilae     .     . 

27-75 

+0.06 

119 

+  7-14 

o     Canis  Minoris     . 

26.82 

O.07 

54 

3.78 

/?    Aquilse      .      .      . 

56.63 

0.05 

"5 

5-75 

0    Geminorum  .     . 

7-75 

O.Og 

52 

4.68 

a3   Capricorn! 

43-63 

0.05 

73 

3-65 

p    Argus.     .     .     . 

9-39 

O.O3 

26 

0.78 

f    Cygni  .... 

33-17 

0.06 

94 

5.64 

e     Hydrae      .     .     . 

49.72 

0.04 

33 

1.32 

ft    Aquarii 

39-50 

0.03 

77 

2.31 

a     Hydras 

12.92 

+  0.04 

50 

+  2.00 

e     Pegasi 

49-05 

+0.07 

82 

+  5-74 

e     Leonis      . 

19.65 

O.O3 

54 

1.62 

a    Aquarii 

4.60 

0.08 

59 

4.72 

a     Leonis 

32.65 

O.IO 

62 

6.20 

f    Pegasi      .     .     . 

58.89 

O.O2 

86 

1.72 

(5    Leonis      .     .     . 

7-43 

0.05 

58 

2.90 

a     Piscis  Australia  . 

21.  OO 

O.O9 

52 

4.68 

i    Crateris    .     .     . 

50.62 

0.05 

55 

2.75 

o    Pegasi 

17-47 

O.03 

64 

1.92 

p    Leonis      .     .     . 

24-23 

+0.08 

56 

+4-48 

i     Piscium    .     .     . 

14.19 

+0.03 

39 

+  1.17 

/3    Corvi  .... 

30.90 

0.05 

69 

3-45 

Correction  for  equinox  =  — 

«  AO  _      207M5  _ 

••.054 

«>                             '           -0£.£                      * 

ttn                  3ouu 

CATALOGUE  OF  STARS,  1845  TO  1877.  XIX 

TABLE  IV. — Standard  Stars  Observed  with  the  Meridian  Circle,  1846-' 50. 


Name  of  Star. 

Obs'd 
R.  A. 

C-O 

AO 

No.  of 
obs'ns. 

«X  A  a 

Name  of  Star. 

Obs'd 
R.  A. 

C-O 

Aa 

No.  of 
obs'ns. 

»X  A<« 

s. 

s. 

s. 

s. 

s. 

s. 

a    Andromedae 

38.56 

+O.O2 

83 

+  1.66 

a     Canum  Venat.  . 

O.2I 

+0.01 

23 

+0.23 

r    Pegasi    .     .     . 

30.96 

0.02 

62 

1.24 

a     Virginis  . 

17.78 

O.O2 

31 

0.62 

0    Ceti  .... 

3-39 

O.O7 

24 

1.68 

17     Bootis     . 

32.53 

0.02 

47 

0.94 

d    Ceti  .... 

31.56 

O.O4 

12 

0.48 

a     Bootis     . 

49-22 

0.04 

107 

4.28 

a    Arietis    . 

43-59 

+0.04 

49 

+  1.96 

e     Bootis     . 

26.14 

O.O2 

40 

0.80 

Y    Ceti   .... 

3i  95 

O.OO 

43 

O.OO 

a     Librae 

35.23 

+0.07 

30 

+  2.IO 

a     Ceti    .... 

26.60 

—  O.OI 

43 

—0.43 

/}    Libras 

56.40 

O.O6 

43 

2.58 

77    Tauri. 

34-55 

O.OO 

52 

O.OO 

a    Coronas  Borealis 

20  27 

O.OI 

40 

O.4O 

Y    Eridani   . 
a    Tauri.     . 

1.91 
19.08 

+  0.05 
O.O2 

38 
63 

+  1.90 
1.26 

a     Serpentis 
/?    Scorpii    . 

52.90 
43.26 

0.05 
O.O6 

50 

35 

2.50 
2.IO 

/?    Orionis   . 

19.81 

+0.04 

39 

+  1.56 

d     Ophiuchi 

29.28 

+0.05 

49 

+2.45 

/?    Tauri.     .     .     . 

48.80 

—  O.O2 

57 

-1.14 

a     Scorpii    . 

12.96 

O.II 

56 

6.16 

<!    Orionis   . 

20.67 

+0.03 

60 

+  1.80 

a    Hercufis. 

48.54 

O.O2 

35 

0.70 

a     Leporis  . 

6.97 

—O.OI 

15 

-0.15 

a     Ophiuchi 

58.32 

O.O5 

53 

2.65 

t     Orionis   . 

36.19 

+0.04 

30 

+  1.20 

H    Sagittarii 

47.49 

0.13 

67 

8.71 

a     Columbae 

13.10 

+0.06 

32 

+  1.92 

a    Lyras.     .     .     . 

51.56 

+0.03 

'35 

+4-05 

a     Orionis   . 

3-13 

+O.OI 

71 

+0.71 

P    Lyrae.     .     .     . 

32.48 

O.O5 

72 

3.60 

ft    Geminorum. 

53-11 

—O.OI 

26 

—O.26 

f    Aquilae    . 

30.90 

0.04 

52 

2.08 

t     Canis  Majoris  . 

43-82 

+O.IO 

43 

+4-3° 

i    Aquilae    . 

56.00 

O.O7 

86 

6.  02 

S    Geminorum. 

9.67 

—  O.O2 

41 

—0.82 

Y    Aquilse    .     . 

7.63 

O.O4 

59 

2.36 

u"  Geminorum. 

1-33 

O.OO 

44 

O.OO 

a    Aquilx   . 

27.77 

+0.04 

107 

+4.28 

a    Canis  Minoris  . 

26.83 

+0.05 

65 

+3-25 

/3    Aquilas   .     .     . 

56.66 

O.O2 

89 

1.78 

/3    Geminorum. 

7.81 

0.03 

43 

1.29 

a*  Capricorn!  . 

43.59 

O.O9 

74 

6.66 

p    Argus     .      .      . 

9.38" 

O.O4 

32 

1.28 

f    Cygni     .     .     . 

33-22 

O.OI 

51 

0.51 

e     Hydrx    . 

49-71 

O.O5 

41 

2.05 

0    Aquarii  . 

39.48 

0.05 

55 

2.75 

a     Hydras    . 

12.94 

+O.O2 

40 

+0.80 

e    Pegasi     . 

49.08 

+0.04 

78 

+  3-12 

e     Leonis    . 

19.67 

O.OI 

48 

0.48 

o    Aquarii  .     ... 

4.61 

O.O7 

43 

3.01 

a    Leonis    . 

22.69 

O.O6 

79 

4-74 

f     Pegasi     .     .     . 

58.86 

0.05 

55 

2.75 

<'    Leonis    . 

7.42 

O.O6 

5i 

3.06 

a     Piscis  Australis 

20.94 

0.15 

65 

9-75 

(5    Crateris  .     .     . 

50.64 

0.03 

28 

0.84 

a    Pegasi     .     . 

17.48 

O.O2 

68 

1.36 

/?    Leonis 

24.30 

+O.OI 

50 

+0.50 

i     Piscium  . 

14.16 

+0.06 

23 

+  1.38 

/J    Corvi      .     .     . 

30.91 

0.04 

36 

1.44 

Correction  for  equ 

no^_2»A<i_      I31-.28 

^.040 

X»    '          3258   ' 

XX 


INTRODUCTION. 


TABLE  V. — Standard  Stars  Observed  with  the  Transit  Instrument,  i858-'6i. 


Name  of  Star. 

Obs'd 
R.  A. 

C-0 

AO 

No.  of 
Obs'ns. 

nX  40 

Name  of  Star. 

Obs'd 
R.  A. 

C-O 

A  a 

No.  of 
Obs'ns. 

«XAa 

s. 

s. 

s. 

s. 

s. 

s. 

a    Andromedae 

9-35 

+0.08 

18 

+  1.44 

e     Hydrae    . 

21.59 

+  O.O2 

3' 

+0.62 

y    Pegasi    .     .      . 

1-74 

0.05 

25 

1.25 

83  Cancri     .      .    '. 

9.71 

O.Og 

28 

2.52 

12  Ceti   .... 

53.65 

0.03 

40 

1.  20 

a     Hydrae    . 

42.45 

O.OI 

21 

O.2I 

/3    Ceti  .      .      .      . 

33.60 

o.oo 

23 

o.oo 

t     Leonis    . 

53.85 

O.O6 

24 

1.44 

«     Piscium  . 

40.77 

0.07 

19 

i-33 

TT    Leonis    . 

48  .-75 

O.O5 

21 

1.05 

6    Ceti   .... 

1.56 

+  O.OI 

59 

+  0.59 

a    Leonis    . 

54-75 

+  0.05 

29 

+  1-45 

7]     Piscium  . 

59-74 

—  O.OI 

24 

—0.24 

y     Leonis    . 

14.92 

O.O2 

21 

0.42 

v     Piscium  . 

8.85 

+0.04 

34 

+  1.36 

p     Leonis    . 

26.22 

O.O4 

22 

0.88 

/3    Arietis    . 

54.67 

0.07 

32 

2.24 

/     Leonis    . 

53-72 

O.O2 

23 

0.46 

a     Arietis     . 

17.24 

0.04 

34 

1.36 

X    Leonis    . 

47.60 

O.O6 

17 

1.  02 

67  Ceti  .... 

O.IO 

+  O.OI 

29 

+0.29 

S    Leonis    . 

39-44 

+  0.08 

22 

+  1.76 

?>    Ceti  .... 

43.10 

0.05 

25 

1.25 

S    Crateris  . 

20.61 

O.O2 

29 

0.58 

y     Ceti   .      .      .      '. 

2.92 

0.04 

36 

1.44 

v     Leonis    . 

46.86 

0.03 

21 

0.63 

«    Ceti  .... 

57.80 

0.06 

22 

1.32 

/3    Leonis    . 

54-91 

O.O? 

25 

1.75 

d     Arietis    . 

37.69 

0.08 

32 

2.56 

c     Corvi 

55-73 

O.O4 

15 

0.60 

rj     Tauri 

10.01 

+0.05 

34 

+  1.70 

7    Virginis  . 

44.62 

+0.04 

30 

+  I.2O 

y    Eridani  .     . 

29.94 

—0.02 

27 

-0.54 

P    Corvi       .     .     . 

2.26 

0.05 

IO 

0.50 

o1    Eridani  . 

2.OO 

+0.03 

32 

+0.96 

a     Canum  Venat.  . 

28.29 

0.13 

2 

0.26 

e     Tauri       .      .      . 

26.68 

0.03 

33 

0.99 

6    Virginis  . 

42.19 

O.O9 

31 

2.79 

a     Tauri       .      .      . 

53-41 

0.03 

24 

0.72 

a    Virginis  . 

49.26 

O.O5 

45 

2.25 

i      Aurigse   . 

52.76 

+O.IO 

18 

+  1.80 

f     Virginis  . 

33-68 

+0.03 

26 

+  0.78 

F.     Leporis  . 

32.15 

+  O.OI 

25 

+0.25 

jj     Bootis     . 

1.  06 

0.08 

23 

1.84 

/3    Orionis   . 

48.71 

—0.06 

20 

—  1.  20 

r    Virginis  . 

31.38 

O.O2 

25 

0.50 

/3     Tauri       .      .      . 

26.58 

+0.06 

26 

+  1.56 

a     Bootis     . 

16.56 

O.O4 

18 

0.72 

<5     Orionis  . 

51-33 

o.oo 

27 

o.oo 

p     Bootis     . 

47.67 

0.05 

7 

0-35 

n     Leporis  . 

33-45 

—0.03 

I 

—0.03 

f     Bootis     . 

52.33 

+  0.05 

15 

+  0.75 

e     Orionis  . 

6.63 

+0.01 

23 

+0.23 

«     Libra 

8.29 

O.O5 

38 

1.90 

«     Columbae 

34-88 

o.oo 

19 

o.oo 

ip    Bootis 

26.72 

O.I3 

6 

0.78 

a     Orionis  . 

35.58 

O.O2 

10 

O.2O 

P    Libra      .     .     . 

28.59 

0.05 

37 

1.85 

i     Orionis  . 

34-72 

0.04 

21 

0.84 

a     Coronas  Borealis 

45-57 

O.Og 

30 

2.70 

fi    Geminorum. 

29.40 

+0.03 

27 

+0.81 

a    Serpentis 

22.39 

+0.05 

37 

+  1.85 

y    Geminorum. 

37-4° 

+  O.O2 

13 

+0.26 

/3    Scorpii    .     .     . 

18.04 

0.03 

43 

1.29 

e     Canis  Majoris  . 

7-50 

o.oo 

38 

o.oo 

<5     Ophiuchi 

0.64 

O.05 

4i 

2.05 

y    Canis  Majoris  . 

25-51 

—O.OI 

36 

—0.36 

a     Scorpii    . 

49.69 

O.O4 

48 

1.92 

d    Geminorum. 

45.54 

+0.03 

32 

+0.96 

f     Herculis 

0.46 

O.IO 

15 

1.50 

aa   Geminorum. 

39-7° 

+0.04 

17 

+  0.68 

K     Ophiuchi 

2.52 

+0.04 

29 

+  1.16 

/?    Geminorum. 

44.64 

0.04 

22 

0.88 

a     Herculis. 

15-82 

0.07 

33 

2.31 

6    Cancri     . 

54.82 

0.07 

19 

1-33 

8     Ophiuchi 

24.80 

0.04 

40 

i.  60 

p    Argus 

34-97 

O.OI 

23 

0.23 

a     Ophiuchi 

26.14 

0.05 

36 

1.  80 

rj     Cancri     . 

36.45 

0.07 

29 

2.03 

ft     Herculis. 

58.77 

0.07 

16 

1.  12 

CATALOGUE  OF  STARS,  1845  TO  1877. 

TABLE  V. — Standard  Stars  Observed,  <£c. — Continued. 


XXI 


Name  of  Star. 

Obs'd 
R.A. 

C-O 

At 

No.  of 
Obs'ns. 

«  X  A  a 

Name  of  Star. 

Obs'd 
R.A. 

C-O 

A« 

No.  of 
Obs'ns. 

«  X  A  a 

s. 

s. 

s. 

s. 

s. 

S. 

H     Sagittarii 

23-39 

+0.09 

54 

+4.86 

/?    Aquarii  . 

11.15 

+  0.03 

4' 

+  1.23 

a     Lyra  .... 

11.78 

O.  12 

23 

2.76 

f     Pegasi     . 

18.54 

0.06 

35 

2.IO 

/3    Lyras.     .      .     . 

54.53 

O.Og 

39 

3-51 

a     Aquarii  . 

35-46 

0.06 

44 

2.64 

C     Aquilae    . 

58.46 

0.03 

34 

1.  02 

6    Aquarii   .     . 

26.59 

0.04 

63 

2.52 

a    Aquilae    . 

14.62 

0.03 

34 

I.  O2 

>/     Aquarii   . 

9-65 

0.03 

48 

1.44 

i!     Aquilae    . 

26.28 

+  0.04 

48 

+  1.92 

f     Pegasi     .      .      . 

28.76 

+0.03 

37 

+  I.II 

y    Aquilae   . 

36.14 

O.O6 

26 

1.56 

a     Piscis  Australis 

54.38 

0.04 

46 

1.84 

a     Aquilse    . 

57-05 

0.05 

41 

2.05 

a     Pegasi     ..     . 

47-31 

0.03 

20 

0.60 

ft    Aquilae   . 

26.08 

O.O7 

44 

3.08 

y    Piscium  . 

54.46 

O.O2 

39 

o.-S 

n2   Capricorn!    . 

16.98 

O.O5 

38 

1.90 

K     Piscium  . 

45-31 

0.03 

41 

1.23 

p     Capricorn!   . 

52.22 

+0.04 

28 

+  1.12 

i     Piscium  . 

45.01 

+  0.05 

28 

+  1.40 

«     Cygni 

39-53 

O.O5 

12 

O.6O 

i!     Sculptoris    . 

37-66 

0.03 

18 

0-54 

C    Cygni      .      .      . 

58.66 

O.O7 

36 

2.52 

o     Piscium  . 

7-39 

O.O4 

34 

1.36 

Correction  for  equ 

inox-S"Aa       i  I29"-55-  +  c 

"".043 

Zn               3029 

• 
•  » 

xxii  INTRODUCTION. 

DECLINATIONS. 

The  Declinations  published  in  this  Catalogue  were  observed  with  the  Mural 
Circle,  the  Meridian  Circle,  and  the  Prime  Vertical  Transit  Instrument.  Equal  weight 
is  given  to  the  observations  of  the  Mural  Circle  and  Prime  Vertical  Transit  Instru- 
ment, and  half  weight  to  the  observations  of  the  Meridian  Circle. 

It  is  not  considered  necessary  to  describe  here  the  method  of  observing,  as  that 
has  been  done  at  length  in  the  volume  for  1846  and  those  of  subsequent  years. 

The  observations  having  all  been  reduced  with  the  Latitude  -f  38°  53'  39".  25, 
they  have  all  been  changed  in  value  to  correspond  with  the  value  of  the  Latitude 
+  38°  53'  38".  78  given  by  Professor  Newcomb  in  the  Appendix  to  the  volume  for 
1864.  In  fact,  I  applied  the  correction  —  o"-5  to  the  Declination  of  stars  above  the 
pole,  and  +  o"-5  to  the  places  of  stars  observed  below  the  pole,  multiplying  the  places 
above  and  below  the  pole,  respectively,  by  the  number  of  observations  of  each  kind 
and  dividing  the  result  by  the  sum  of  these  numbers.  This  gives  the  Declination 
which  would  have  been  obtained  had  a  Latitude  +  38°  53'  38".  75  been  used;  and  this 
remark  applies  to  all  the  observations,  with  the  exception  of  a  few  observed  in  1872 
with  the  Latitude  +  38°  53'  38".  8.  This  difference  is  not  material,  as  we  reduce  the 
observations  to  tenths  of  a  second  only. 

The  observations  with  the  Prime  Vertical  Transit  Instrument  were  corrected  by 
the  formula, 

n         x-  sul 

Correction  —  do  — 


sin  2<p 
For  <p  —  38°  53'  38".33,  and  dm  —  o".45,  the  formula  becomes, 

/ 

dd  —  [9.66315]  sin  2d 

For  the  sake  of  consistency,  it  became  necessary  to  leave  out  from  the  Observations 
some  corrections  of  Professor  Newcomb  which  were  made  from  a  comparison  of  Obser- 
vations direct  and  by  reflection  This  was  readily  done,  as  the  list  of  mean  places  had 
not  been  corrected,  the  correction  having  been  made  in  the  Catalogue  of  the  year. 

A  large  majority  of  the  declination  observations  were  made  with  the  Mural  Circle, 
and  it  is  a  matter  of  regret  that  I  was  not  able  to  re-observe  many  stars  of  which  only 
one  observation  was  made  with  the  Prime  Vertical  Transit  Instrument. 

The  stars  in  the  Pleiades  were  mostly  observed  by  Mr.  Ferguson  with  the  Equa- 
torial; and  those  in  Prsesepe  are  the  same  that  were  observed  with  the  same  instru- 
ment by  Professor  Hall,  and  which  were  published  in  Appendix  IV  of  the  volume 
for  1867  of  the  Washington  Observations.  Many  of  these  stars,  both  in  the  Pleiades 
and  in  Prsesepe,  have  been  observed  with  the  Transit  Instrument  and  Mural  Circle, 
and  the  observations  have  been  published  separate  from  those  of  the  Equatorial,  but 
in  juxtaposition,  in  some  cases  substituting  those  made  with  the  Transit  Instrument  or 
Mural  Circle  for  those  made  with  the  Equatorial.  The  notation  of  the  stars  of  the 
Pleiades  is  that  of  Mr.  Ferguson. 


CATALOGUE  OF  STARS,  1845  TO  1877.  XXIII 

REDUCTION    OF    THE    OBSERVATIONS. 

On  page  [35],  volume  for  1847,  Washington  Observations,  is  carefully  described 
by  Professor  Coffin  the  manner  of  forming  the  tables  of  reduction  to  their  mean  place 
for  1850.0  for  the  observations  from  1846  to  1854,  inclusive.  "  The  formulas  are  those 
of  Bessel  ;  the  co-efficients  are  the  same  as  have  been  adopted  in  the  American  Ephem- 
eris  and  Nautical  Almanac.  These  include  Struve's  constant  of  aberration, 


Struve's  and  Peters's  constants  for  precession, 

m  =  38.o7  1  7,  7  +  o".oooo,  1  9  (y  —  1  850) 
n  —  2o".O564  —  o".oooo,86  (y  —  1  850) 
and  Peters's  co-efficients  for  the  terms  of  nutation,  of  which  the  principal  is 

JV=9".2236-fo".oooo,O9  (y—  1850)" 

The  remaining  formulas  are  not  given  here,  as  they  are  now  familiar  to  all  who 
use  the  Nautical  Almanac.  After  1854  the  tables  were  prepared,  as  published  in  our 
subsequent  volumes,  from  the  constants  A,  B,  C,  and  D  of  the  American  Ephemeris  ; 
and  until  1865  it  was  necessary  to  apply  a  small  correction  to  the  Epoch  of  the  star 
list  of  the  Ephemeris  to  reduce  it  to  the  Epoch,  sun's  mean  longitude  280°.  After 
1  864  the  star  places  and  constants  were  given  for  the  fictitious  year,  and  this  correc- 
tion was  not  necessary. 

The  observations  made  in  1845  to  1850,  inclusive,  were  reduced  to  the  Epoch 
sun's  mean  longitude  281°  ;  and  as  our  subsequent  observations  were  reduced  to  the 
Epoch  sun's  mean  longitude  280°,  it  was  necessary  to  correct  those  observations  for 
about  a  day's  precession,  which  has  been  done. 

As  our  observations  were  reduced  to  the  beginning  of  years  which  might  be  five 
years,  or  less,  distant  from  the  time  of  the  observation,  it  became  necessary  to  apply 
to  the  observations  a  correction  for  secular  variation.  If 

Jo.  •=.  the  annual  variation  of  the  star's  Right  Ascension  ; 
=:  the  annual  variation  of  the  star's  Declination  ; 


k  —  —  cos  a  tan  d  4a  -I-  -  sin  a  sec2 
15  225 

k'  —  —  sin  a  Jo.  • 

P  r=—  n  sin  i"  —  .0007292  t2, 

the  correction  is  —  Pk  for  Right  Ascension,  and  Pk1  for  Declination. 

All  the  observations  in  Declination  were  corrected  for  the  correction, 

4<td=  +0.0813  sin  2  <r  cos  a  —  o".o886  cos  2<[  sin  a 
for  which  a  convenient  table  is  given  in  the  volume  for  1847. 


XXIV  INTRODUCTION. 

THE    CATALOGUE. 

The  first  column  contains  the  ordinal  numbers  of  the  stars  in  the  Catalogue. 

The  second  column  contains  the  star's  name  or  number  in  the  Catalogue  from 
which  it  was  taken.  The  number  of  the  Catalogues  is  now  so  great,  that  their  names 
are  not  further  stated  than  as  given  in  this  column 

The  third  column  contains  the  magnitude  of  the  star,  given  from  our  estimates  of 
magnitude,  except  for  a  few  stars  marked  with  a  * ;  and  the  magnitude  thus  distinguished 
is  generally  that  of  the  British  Association  Catalogue,  the  Radcliffe  Catalogue,  or  that 
of  the  Catalogue  from  which  the  star  was  taken. 

The  fourth  column  contains  the  star's  mean  Right  Ascension,  such  as  it  would  be 
if  reduced  without  proper  motion  and  referred  to  the  Epoch  1 860.0,  when  the  sun's  mean 
longitude  was  280°. 

The  fifth  column  contains  the  mean  year  of  observation,  and  is  the  mean  of  the 
several  times  of  observation  made  upon  the  star  in  Right  Ascension  in  the  different 
years  and  parts  of  a  year,  and  will  be  the  point  of  time  from  which  all  subsequent 
corrections  for  proper  motion  will  be  dated 

The  sixth  column  contains  the  number  of  observations  in  Right  Ascension ;  and 
for  the  Pleiades  and  Prsesepe  for  the  observations  of  the  Equatorial,  the  number  of 
comparisons  in  Right  Ascension. 

The  seventh  column  contains  the  annual  precession  in  Right  Ascension  ;  for  the 
year  1 860,  it  was  computed  from  the  formula, 

Precession  in  Right  Ascension  zz  3".O72  -f-  [0.12614]  sin  a  tan  d 

The  eighth  column  contains  the  mean  Declinations  of  the  stars,  with  their  proper 
signs  as  they  would  be  if  reduced  without  proper  motion  and  referred  to  the  Epoch 
1 860.0. 

The  ninth  column  contains  the  mean  year  of  the  observation  in  Declination,  and 
is  a  mean  of  the  several  times  of  observation  made  upon  the  star  in  Declination  in  the 
different  years  and  parts  of  a  year  in  which  the  observations  were  made. 

The  tenth  column  contains  the  number  of  observations  in  Declination ;  for  the 
Pleiades  and  Prsesepe  for  the  observations  of  the  Equatorial,  the  number  of  compari- 
sons in  Declination. 

The  eleventh  column  contains  the  annual  precession  in  Declination  for  the  year 
1860,  and  was  computed  from  the  formula, 

Precession  in  Declination  zz  [1.30223]  cos  a. 

In  transferring  the  places,  both  in  Right  Ascension  and  Declination,  from  one 
epoch  to  another,  I  have  corrected  the  precession  for  secular  variation ;  and  for  the 
stars,  where  the  change  in  the  values  of  n  was  important  or  the  secular  variation  not 
known,  I  have  computed  the  precessions  for  the  middle  time  between  the  observations 
with  the  value  n  and  the  Right  Ascension  and  Declination  of  the  middle  instant. 

I  was  assisted  in  the  computation  of  the  precessions  by  Professor  Lockwood  and 
Mr.  A.  N.  Skinner,  assistant  observer.  I  am  indebted  to  Professors  Coffin  and  New- 
comb  for  valuable  suggestions  in  the  reduction  of  the  observations,  and  to  Professor 


CATALOGUE  OF  STARS,  1845  TO  1877.  XXV 

Harkness  for  his  arrangement  of  the  form  of  the  Catalogue,  and  to  all  the  officers  for 
their  sympathy  in  my  long  and  arduous  labors. 

The  names  of  the  observers,  for  the  stars  taken  from  the  published  volumes,  is  not 
given,  as  they  are  on  record  in  those  volumes. 

Very  respectfully,  your  obedient  servant, 

M.  YARNALL, 

Professor  of  Mathematics,  United  States  Navy. 
Rear-Admiral  B.  F.  SANDS,  U.  S.  N., 

Superintendent  United  States  Naval  Observatory,  Washington. 


INTRODUCTION   TO   THE    SECOND   EDITION. 

UNITED  STATES  NAVAL  OBSERVATORY, 

Washington,  D.  C.,  April  16,  1878. 

SIR  :  Since  the  first  edition  of  this  work  was  published,  I  have  continued  my 
labors  with  the  Transit  Instrument  and  Mural  Circle.  During  this  time,  six  years,  I 
have  accumulated  many  valuable  observations,  and  as  the  time  has  now  arrived  when 
I  shall  have,  by  law,  to  be  retired  from  the  active  duties  of  the  Navy,  I  have  thought 
it  well  to  publish  these  Observations  in  a  second  edition,  which  will  comprise  those 
stars  heretofore  published  and  these  now  ready  for  publication. 

In  pursuance  of  my  labors,  I  have  generally  sought  to  complete  the  places  of 
stars  which  were  observed  but  once  or  twice  either  in  Right  Ascension  or  Declination, 
and  particularly  to  re-examine  many  stars  observed  but  once  by  the  Prime  Vertical 
Transit  Instrument. 

In  the  course  of  observing  these  stars  a  few  others  have  been  observed.  In 
order  to  prevent  confusion,  I  have  published  the  old  stars  with  the  old  numbers,  and 
have  given  numbers  distinguished  by  dashes  to  the  new  stars.  Some  stars  which  I 
have  not  been  able  to  re-observe  I  have  retained  with  their  numbers,  with  brackets  to 
distinguish  them.  They  are  invariably  those  stars  which  have  been  observed  but  once 
either  in  Right  Ascension  or  Declination,  and  they  are  generally  very  small  stars. 

The  methods  of  observation  have  been  the  same  as  those  used  in  former  years, 
so  that  the  addition  of  the  new  places  does  not  detract  from  the  symmetry  of  the  work. 

It  is  proper  to  observe  that  this  Catalogue  embraces  all  the  work  done  in  the 
Observatory  with  the  old  instruments — namely,  the  Transit  Instrument,  Mural  Circle, 
the  old  Transit  Circle,  afterward  sold  to  Yale  College,  and  the  Prime  Vertical  Transit 
Instrument,  and  it  so  far  forms  an  epoch  in  the  history  of  the  Observatory. 

I  have  in  leisure  moments  compared  the  observations  of  Bessel  with  the  places  in 
the  Catalogue,  and  also  those  of  Argelander,  arid  generally  have  endeavored  to  add  to 
the  correctness  of  this  edition  of  the  Catalogue  over  the  last.  The  observations  have 
generally  been  made  by  myself,  but  I  am  indebted  to  Lieut.  Edward  W.  Sturdy, 
U.  S.  N.,  for  valuable  assistance  in  preparing  and  publishing  the  Catalogue. 
Very  respectfully,  your  obedient  servant, 

M.  YARNALL, 
Professor  of  Mathematics,  United  States  Navy. 

Rear-Admiral  JOHN  RODGERS,  U.  S.  N.,    - 

Superintendent  United  States  Naval  Observatory. 


XXVI 


CATALOGUE   OF  STARS 


OBSERVED   AT  THE 


UNITED  STATES  NAVAL  OBSERVATORY 


THE  YEARS  1845  TO  1877. 


CATALOGUE  OF  STARS,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

• 

<U 
>, 

1 

^, 

£ 
o 

o 
6 

fc 

Annual 
Precession, 
1860. 

Mean 
Decimation, 
1860.0. 

|j 

1 

& 
9 

1) 

•2. 

1 

IH 

O 

O 

Z 

Annual 
Precession, 
1860. 

h.  m.     s. 

s. 

0         /             // 

// 

I 

Lacaille  9726  .... 

7-5 

o    o    o.  56 

62.8 

2 

+  3-072 

-  36  42  31.7 

61.9 

2 

-f-  20.06 

2 

M.  Z.  148,  5      .... 

8.8 

o     2.43 

64.8 

I 

3.072 

-  23  53  35-6 

67.4 

2 

20.06 

3 

Weisse  XXIII,  1227  • 

9.0* 

o  13.48 

68.9 

2 

3.072 

-  ii  48  45.0 

57-8 

2 

20.06 

4 

r 

Lalande  47298     .    .    . 
4     Ceti                  .... 

7.0 
S.  1 

o  30.  19 
o  ii.  74 

74-2 
71.8 

5 
i 

3-074 
3.072 

+  36  24  24.  8 
3  19  41.  9 

75-4 
62.8 

4 

2 

20.06 
20.  06 

J 

6 

Weisse  XXIII,  1240  . 

j  j 
8.5 

o  j   /  ^ 

o    o  35.42 

69.8 

j 
i 

+  3-072 

2     7  38.2 

68.4 

2 

+  20.06 

7 

Lacaille  9732  .... 

6-5 

o  37-42 

63-4 

4 

3.070 

—  23  17  10.  i 

61.  9 

2 

20.06 

8 

Lalande  47307     .    .    . 

7.6 

o  38.05 

69.7 

2 

3-°75 

+  37  56  36.  i 

48.4 

2 

ao.  06 

9 

Weisse  XXIII,  1242  . 

9.0 

0  38.  79 

62.2 

3 

3-07I 

-  i  i  54  30.  i 

55-5 

3 

20.06 

10 

O.  Arg.  N.  26423     .    . 

7-9 

o  48.  68 

65.7 

3 

3-078 

+  53     '     8.  i 

65.7 

3 

20.06 

ii 

Lalande  47310     .    .    . 

9.0* 

o    o  49.  75 

72.7 

2 

+  3-076 

+  36  29  35-7 

64.8 

3 

+    20-  06 

12 

T  1 

Lacaille  9735   .... 
5     Ceti               

6.  i 

1.  S 

o  56.  ii 
i     i.  08 

62.7 
68.8 

2 
2 

3.068 
1.  072 

-  34  18  33-  3 
3  13  37.  6 

68.4 
69.6 

2 

3 

20.06 
20.O6 

1J 

'4 

a     Andromedse      .... 

j  j 

2.O* 

s 

'     9-37 

54-4 

222 

j.  "/  • 
3.076 

+  28  19    3.9 

51.8 

114 

20.o6 

'5 

O.  Arg.  S.  8  

9-5 

i  10.31 

67.3 

2 

3.070 

-  '9  59  25.8 

70.2 

3 

20.06 

16 

Weisse  XXIII,  1250  . 

8.2 

o     i   11.38 

64.0 

6 

+  3-072 

+     2  39  45.8 

66.0 

5 

+    2O.O6 

17 

Weisse  XXIII,  1251   . 

8.0 

I    14.  22 

64.4 

2 

3-073 

+     5  50  14-  7 

54-9 

2 

2O.O6 

18 

O.  Arg  S.  9  

9.2 

1   '4-43 

67.4 

2 

3-069 

-    20     OII.5 

69.8 

4 

2O.O6 

>9 

O.  Arg.  N.  14  .... 

8.  i 

i  26.78 

65.7 

3 

3-083 

+  53     2    3.2 

65.7 

2 

2O.O6 

20 

Weisse  XXIII,  1258  . 

8-5 

i  37-74 

60.4 

2 

3-°73 

+    4  19    3-6 

55.8 

2 

2O.06 

21 

Weisse  XXIII,  1260  . 

8.5 

o     i  38.  32 

60.4 

2 

+  3-073 

+    421  40.  7 

55.8 

2 

+    2O.O6 

22 

Lacaille  9737   .... 

7.0 

i  38.67 

71.2 

4 

3.065 

-  35  34  27.  7 

70.4 

4 

2O.O6 

23 

24 

Weisse  XXIII,  1262  . 

ft    Ca.ssiope«e 

7-5 

2.  ?* 

i  41.81 
i  42.  86 

62.1 
4?   8 

4 
6 

3.072 
3.088 

—    o    5  12.5 

+    58   22   38.8 

61.5 

6?    Q 

7 

1 

2O.O6 
2O.O6 

XlT 

25 

Weisse  XXII,  1264    . 

J 

8.0 

1  45-03 

tj-  *» 
61.0 

6 

3-074 

+  '2     I  34-3 

J     " 

59.8 

O 

5 

20.O6 

26 

27 

Lacaille  9738  .... 
\Veisse  O  4 

7.0 
8.0 

o     i  45.40 

I    cy   88 

62.6 
60  7 

3 

7 

+  3-068 

-}    O74. 

-  22  57  30.  3 

+12      I    ?4   8 

66.2 
60.  o 

2 
I 

-|-    2O.O6 
2O.  06 

z/ 

28 

B.  A.  C.  10   

5.8 

*       J  1  •    *•"•* 

2    12.65 

<"*•    / 

^7.6 

/ 

3 

J.    V/4f 

3.065 

1          *•           *      JT"      w 

—  28  46     2.  9 

59-8 

J 

3 

2O.O6 

29 

Weisse  O,  10    .    .    .    . 

9-i 

2    18.62 

65.6 

5 

3.072 

+     i  3*  34-  i 

67.9 

2 

2O.O6 

3° 

Weisse  0,13    .        .    . 

8.5 

2    21.  IO 

S8.8 

2 

3.069 

-   10  58     i.  5 

57-9 

3 

20.O6 

3' 

Weisse  O,  21    . 

S.o 

0      2   41.  22 

67.I 

3 

+  3.075 

+  ii  55  56.2 

69.9 

3 

+    2O.O6 

32 

B.  A.  C.  12  

7.0 

2  44-  93 

64.  o 

2 

3.071 

3.  20    24.  0 

6.-.  8 

8 

2O.O6 

33 

Weisse  O,  24    .... 

8-S 

2  46.51 

64.9 

2 

3-073 

+    3  23  13-2 

69.4 

4 

2O.O5 

34 

Lacaille  9747   .... 

7-2 

2    50-93 

66.4 

2 

3.064 

-  26  39  15.4 

73-8 

7 

2O.O5 

35 
^6 

Weisse  O,  28   .... 
B.  A.  C.  17  

8.0* 
6.  <* 

2   53-21 

o     3     8.  81 

63.8 

70.  s 

2 
3 

3.069 

-4-    -3   O7O 

9  45  M-  7 
—    6     i  16.  7 

57-9 

67.  Q 

2 
2 

2O.O5 

4-  20.  o< 

j 

17 

B  A  C   18 

J 

7   O* 

•J      1,4      7Q 

r***  j 

CQ      A 

J 
2 

i      j   *^/w 

T         I  O4 

o     / 

+     C8    C7    A.O    O 

/    y 

c-,  x 

2 

n              j 
2O.  05 

Jl 
38 

Weisse  O,  41    ... 

/    w 

8.7 

J    't-  ty 

3  I9-36 

Jy-  T- 

62.9 

2 

O'     IV<1 
3.069 

D"   JO   ^ 

-  10    4  11.4 

jj-  ° 
61.9 

4 

20.05 

39 

0.  Arg.  8.36   .... 

8.0 

3  27-26 

66.4 

2 

3.064 

-  22  54  56.5 

68.8 

2 

20.05 

40 

Weisse  O,  44   .... 

8-3 

3  28.82 

66.4 

2 

3-073 

+     i  31   l8-4 

67.9 

2 

20.05 

CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

tj 
• 
B 

>, 

1 

S 

1 

IM 
O 

O 

K 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

Mean  year. 

1 
•3 

o 

2 

•3  .2    . 

3     u)     O 

o   S  *" 
a    5  oo 

<  a 
A 

Lalande  17 

6.8 

h.  m.    s. 

O       T,    11.  56 

68.8 

2 

s. 
+  3-087 

0         /             // 

+   "?6  41    1Q.  7 

66.2 

3 

// 

4-  20.  05 

8.0 

1   1Q.  IO 

69.  2 

3 

3.089 

4-  38  59     7.6 

66.2 

3 

20.05 

43 
44 
45 

46 

Lacaille  9753  .... 
DM.  +  4°,  13.  .  .  . 
WeisseO,  51  .  .  .  . 

Weisse  O,  59   . 
M  Z  82  2 

5.8 
7.8 
7.8 

8-3 
8  5 

3  39-  72 
3  39-  75 
3  54-  86 

o    4     7.12 

4.    I  3.  O2 

68.9 

74-2 

64.4 

61.  9 

64.  Q 

2 

3 

4 

2 
2 

3-057 
3-074 
3-073 

+  3-073 
1.056 

-  35  38  24.9 
+    4  18  38.9 
+    3  21   16.9 

4-    8  18  34.4 

—    77    74.   47.  2 

68.4 
55-8 
67.8 

66.9 
68.8 

4 

2 
2 

2 
2 

20.05 
20.05 
20.05 

+  20.05 
20.05 

4.8 

B  A  C  23 

<;.  ^ 

A    27.  ^2 

65.1 

2 

1.058 

—  •   28    34.  4.cr.  6 

60.  Q 

•1 

20.05 

49 
So 

C  I 

DM.  4-  6°,  4  .  .  .  . 
Weisse  O,  69  .... 

Q    Sculptoris     

8.8 
7.0 

S.O 

4  20.85 
4  36.  57 

o    4  36.  68 

68.9 

61.5 

70.0 

2 
6 

3 

3-°75 
3.076 

+  3-  °52 

+    6    5  13.  i 
4-    8  21  42.2 

—  35  55     2.0 

62.9 

61.1 
65.7 

Z 

7 

2 

20.05 
20.05 

4-  20.  05 

52 

Weisse  O,  71  .... 

9.0 

7    2 

4  49.  06 

4     5O    4"? 

65.4 
68  8 

2 
2 

3-071 

•3    OQ4. 

i     o  30.  5 

+      7.8     1C      7Q     4. 

67.9 
65.5 

2 
•J 

20.05 
20.  05 

54 
55 

56 

e7 

B.  A.  C.  25  .  .  .  . 
O.  Arg.  S.  47  .  .  .  . 

O.  Arg.  S.  48  .... 

5-5 

5-2 
8.2 

6.0 

4  53-17 
5     i-Si 

o    5     5.62 

5    22.  15 

63-9 
68.9 

69.7 
69.8 

2 
2 

2 
2 

3.046 
3.062 

+    3-062 
7.  OQ7 

-  42  57     i-  i 
-  18  42  58.  5 

-  '5  56  37-' 

4-    l8    1O    12.  O 

53-8 
66.9 

66.4 
66.2 

2 
2 

2 
3 

20.05 
20.05 

+  20.05 
20.  05 

58 

59 
60 

Lacaille  9766  .... 
O.  Arg.  S.  52  .... 
Lalande  89  .  . 

7.0 
9.0* 
7.O 

5  29.74 
5  31-58 

C    74.    23 

65.8 

67.8 
69  8 

2 
2 
2 

3.056 
3.060 

3,.  OQ6 

-  27  38  10.  7 

-  19  58  27.9 

4-    -?6    54    51    1 

68.8 
69.4 
65.  5 

2 

2 
^ 

20.05 
20.05 
20.05 

61 
62 

Weisse  O,  83  .... 
Lacaille  I  

9.0 

7.  2 

o    5  36.  56 
5  36.66 

60.4 
68.8 

2 
2 

+  3-075 
i.  040 

+    5  23  52-  1 

—  43   56  16.8 

54-9 
62.0 

2 
2 

+  20.05 
20.05 

63 
64 

65 

66 
67 

Lalande  100  .... 
Weisse  O,  88  .... 
Weisse  O,  89  .... 

Weisse  O,  90   .... 
v    Petrasi  . 

8.0* 
8.8 
8.8 

8.7 
1.6 

5  48-51 
5  49-  52 
5  50.66 

o    5  54.61 
6     i  78 

73-8 
64.6 
72.4 

69.0 

54.  Q 

3 
3 
5 

6 
261 

3-097 
3-073 
3.076 

+  3-074 

1.  081 

+  36  38  25.7 

+       2    10    14.2 

+    6    7    0.6 

4-      2   36  49.  2 

-j-  14  24  18.  2 

60.9 
69.4 

55-9 

67.0 
5O.  I 

2 
2 
3 

2 
71 

20.05 
20.05 
20.05 

+  20.05 
20.05 

68 

Anonymous  .  .  . 

0.  O 

6      4.    $2 

67.8 

•i 

7.  O6O 

—    17    56  45.  O 

68.9 

2 

20.  05 

69 

7O 

M.  Z.  206,  40  .... 
Lacaille  4  ... 

7.6 

7.8 

6    5.84 
6    6  20 

66.8 
68.q 

4 

2 

3.060 
1.07,8 

-  17  57  48-6 

—  43   SO  4.1.  7 

68.9 
62.O 

2 
2 

20.05 
20.05 

71 

Lacaille  5  .  . 

6  o 

o    6    o  07 

60   2 

•5 

+      7,  OC4 

—    27      6    14.  6 

6<;.  4 

2 

4-  20.05 

72 

B.  A.  C.  27  . 

6  o 

6      Q    70 

66  i 

4 

7.  Q43 

—   ^8   3.6      q.  7 

63.  o 

4 

20.  05 

73 

23  Andromedse  .  . 

5.  c, 

6    14    08 

60  8 

2 

7.    IO3 

-i-   4O    I  >*   44,  C 

51.8 

2 

20.05 

74 
75 

Harvard  Z.  22,  96  .  . 
Lalande  130  

9.2 

8.5 

6  21.67 
6  29.  12 

67.7 
6?.6 

2 
2 

3-072 

3.076 

4-    o    4  10.  o 
4-    5  48    6.  2 

68.8 
65-7 

2 
2 

20.05 
20.  05 

76 
77 
7? 

Weisse  O,  97  .... 
O.  Arg.  S.  65  .... 
Lacaille  9  

8.5 

7-5 
6.6 

o    6  32.  20 

6  37-55 
6  38.  26 

72.8 
64.9 
60,6 

4 

3 

7 

+  3-076 
3-055 

1.O52 

+    6    9  39.  5 
-  23  59  28.  i 

—    27      1    5O.  1 

69.4 
67.9 

65.4 

2 
2 
2 

-f  20.05 
20.05 
20.05 

79 
So 

Harvard  Z.  22,  97  .  . 
Weisse  O,  102  .... 

9-o 
8-5 

6  50.99 
6  51.96 

64.5 
62.0 

3 

2 

3.072 
3-063 

4-    o    5  29.  i 
—   12    4  58.6 

68.9 
60.5 

2 

3 

20.05 
20.05 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

>-. 

3 

•% 

S 

0 

<—  1 

o 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

ij 

rt 

1 

C 
a 
w 

s 

CA 

"§ 

<*- 

O 

6 
& 

Annual 
Precession, 
1860. 

81 

Lament  21  

8.  I 

h.  m.      s. 
o    6  53.  70 

65  Q 

s. 

+    •3   O7I 

o       /       // 

68  4 

// 

82 

83 
84 
85 

86 

87 
88 
80 

Weisse  O,  104  .... 
Weisse  O,  no  .  .  .  . 
Weisse  O,  112  .  .  .  . 
Weisse  0,  115  .  .  .  . 

35  Piscium  (1st*)  .... 
35  Piscium  (2d*)  .... 
Lalande  181  
Lacaille  17  .... 

9.0* 
8.8 
9.0* 

8.2 

6.0* 
7.0 

7-5 

7.  S 

6  54-  54 
7  18-44 
7  31-03 
7  38.  22 

o    7  46-33 

7  46-  72 

7  46.93 

7  4.8  67 

59-9 
61.9 
74-6 
65-3 

61.2 
61.8 
71.6 
6-?  i 

3 

3 
5 

2 

7 
3 
3 

3.076 
3-074 
3-074 
3-074 

+    3-078 
3-078 
3-107 

+     6    6    o.  9 
+     2  41  32.  8 
+     2  35    8.  2 

+      2   30    II.  I 

+    8    2  35.  7 
+    8    2  26.  4 
+  37  17  40.0 

55-9 
69.5 

57-9 
68.4 

59-2 

59-5 
67.2 
6c  ? 

4 
3 
3 

2 

7 
6 

4 

20.05 
20.05 
20.05 
20.05 

+  20.04 
20.04 
20.04 

90 

9' 
02 

B.A.C.37  

Weisse  O,  124  .  .  .  . 
Anonymous  .... 

5.8 

6.9 
8.2 

7  53-65 

o    8    7.41 
8  17  62 

68.8 

68.9 
68  9 

2 
2 

3-039 
+    3-066 

-  35  40  58.  8 
-    6  54  53.  7 

66.2 

57-9 
fir    1 

3 
3 

20.04 

-(-  20.  04 

01 

B.  A.  C.  10  . 

6  o* 

8  20  86 

f,-,   •; 

94 
95 

96 

Lalande  201  
Weisse  O,  129  .  .  .  . 

B.  A.C.4I  .  .  . 

7.8 
7.2 

6.  <; 

8  26.41 
8  27.03 

O      8   27    72 

68.8 
59-4 

68  8 

2 
2 

3-  "i 
3-076 

+  38  14  33.  i 
+     5    3  55-3 

67.9 
55-9 

61  8 

4 
2 

20.04 
20.04 

97 
08 

Lalande  202  
Lacaille  21  .  . 

8.0 

7.  Q 

8  40.08 

8   AO    27 

69.8 
68  8 

2 

3-  112 

+  37  58  52-2 

61.9 

fie    7 

2 

20.04 

oo 

B.  A.  C.  42  .  .  .  . 

7   O 

8  46  26 

_|_         -J     28     2fi     "> 

.04 

IOO 

101 
IO2 
IO3 

Weisse  0,  138  .  .  .  . 

B.A.  C.43   
O.  Arg.  S.  90  
36  Piscium  .       ... 

7.6 
5.6 

8.0 
6  o 

8  53-44 

0    9     3-51 
9  10-93 

67-3 

63-5 
69.7 

2 

5 

2 

3-079 

+  3-039 
3-057 

+     7  20  19.  2 

—  32  13  28.  i 
-  '5  15     i-9 

67.8 

67.4 
68.3 

67  8 

2 

2 
2 

20.  04 

+    20.  04 
2O.  04 

IO4. 

Lalande  221  . 

7    £ 

Q    21    2? 

/i8  o 

105 

Lalande  220  

7.  1* 

92C.  7Q 

68  8 

•J    III 

57  6 

lOb 

Lacaille  26  .. 

7    o* 

107 
108 
109 
no 

III 

B.  A.  C.  47  
DM.  +  370,33  .  .  . 
Lalande  231  
B.  A.  C.49  

DM.  —  o°,  30  .... 

7.5* 
8.9 

7-5 
6.9 

9  28.87 
9  3^36 
9  36-43 
9  39-03 

O      Q    10.  11 

69.8 
69.4 

75-3 
62.8 

72.  4. 

2 
2 

5 

10 

7 

3-073 

3-  "5 
3-  "7 
3-°35 

1      i   O72 

+     i     4  19-3 
+  37  26  33.  5 
+  39     i  20.7 
-  33  27  58-  3 

68.8 
61.9 

67.9 
63-9 

2 
2 

4 
5 

2O.  04 
2O.  04 
2O.O4 
2O.O4 

112 

"3 

114. 

0  Andromedae  
Weisse  (2)  O,  256  .  / 
Lalande  251  

5-5 
8.6 
7  8 

9  47-05 
9  48.  38 

74-i 
70.2 

7O    1 

5 
6 

3.  116 

3-  "3 

+  37  54  iS-o 
+  35  46  46-  2 

_1_     -JC    A6    22    8 

46.8 
61.9 
66  2 

14 

2 

2O.O4 
2O.O4 

»s 

116 

Weisse  O,  164  .  .  .  . 
Lalande  248  .... 

7-9 
8  i 

10  18.40 
o  10  27  14 

69.9 

70  6 

3 

3-072 

-    o  27  37.7 

67.4 

2 

20.O4 

117 

B.  A.  C.  ?7  . 

6  6 

10  ^6  11 

,,r     ! 

°9-  i 
62  8 

118 
no 

Weisse  O,  172  .  .  .  . 
Anonymous  .  . 

8-3 

Q    O 

IO    39.  21 

64.9 

fiC     A 

3 

3.064 

-    6  55  52.8 

57-9 
69  8 

>3 

3 

20.03 

120 

B.  VI  +  o°,  29  .  .  . 

9-  2 

10  50.  34 

68.9 

2 

i.  072 

4-     o    6 

6 


CATALOGUE  OF  STARS  OBSERVED  AT  THB 


Number.  • 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

jj 

>* 

c 

rt 
Q 

4 
<^ 

O 
O 

X 

Annual 
Precession, 
1860. 

* 

Mean 
Declination, 
1  860.0. 

o 
D 

>-, 

q 
1 

<u 

s 

J3 

"o 

o 
d 

K 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

°      /      // 

/> 

121 

a     Andromedae      .... 

4.8 

o  1  1      i  .  24 

72.9 

5 

+  3.U9 

+  36    o  31.6 

68.2 

4 

+  20.03 

122 
127. 

B.  A.C.  59    
Lacaille  37 

5-7 
7  6 

II    16.92 

II     77    Q2 

64.4 

62.  8 

5 

3.  022 

3  072 

-  37  17  1  6.  2 

-JO     ,1,1        2     7 

65.8 

6  1     Q 

2 
2 

20.03 

J 

124 
125 

Weisse  O,  189  .    .    .    . 
•Lalande  310     .... 

I  ' 

8.0 
8.0 

*   ji  •  y* 
"  39-94 
1  1   $1 

58.8 

2 

•  UJ-* 

3.058 

1    O7"* 

j^    *H-       *•  / 

-   1  1  43  34-  2 

—       O      O     11     1 

57.9 

64.8 

2 

20.  03 
20  o  ? 

126 

Weisse  O,.ig2  .... 

8.8 

jj  r 
o  "  55-52 

60.4 

T 

->•  **/  - 

+  3.080 

y  T-*  *  j 

+  6  30  15-5 

55-4 

2 

4-  20.03 

127 
128 

Weisse  0*196  .... 
i     Ceti    

8.8 
v4* 

12       8.32 
12    17    71 

62.3 

40    7 

5 
10 

3-°7S 

%    060 

+       2    17    48.8 

—     Q   16     o  8 

65.8 
60.  i 

2 

6 

20.03 

20  02 

I29 

O.  Arg.  S.  117  .... 

O       T" 

7-7 

*  /  •  / 
12   22.  52 

^7    I 

64.5 

3 

j-  "-"-"-1 

3.048 

y    y       •*  " 

-  18  27  26.9 

66.9 

2 

-;<_».  uj 

20.03 

"3° 

Lalande  330     .... 

6.8 

12    27.  iy 

71-5 

3 

3-  125 

+  36  ii    8.5 

66.2 

3 

20.  03 

131 

Weisse  O,  199  .... 

7-5 

0    12    27.  72 

59-4 

-i 

+  3-062 

7  59  48.  i 

57-9 

2 

+  20.03 

132 

Weisse  O,  202  .... 

9.0  - 

12   39-51 

60.0 

5 

3.088 

+  12  36  56.4 

56.4 

2 

20.03 

«33 

Lalande  335     .... 

6.2 

12   41.25 

72.8 

4 

3.129 

+  37  27  34.0 

73-9 

2 

20.03 

'34 

Weisse  O,  210  .    .    .    . 

7.2 

12    53-40 

58.8 

2 

.       3-079 

+     5  30  52-4 

56-4 

2 

20.02 

135 

Lalande  344         .    .    . 

7-4 

12   53.92 

63.8 

3 

3-036 

-  25  53  43.0 

67.8 

2 

20.02 

136 
137 

O.  Arg.  S.  122  .... 
Weisse  O,  212  .... 

7-0 
7.6 

O    12   56.  70 
12    58.57 

64-5 
62.  I 

5 

+  3-047 
3-075 

-   18  28  39.7 
+     2  15  24.2 

65.4 
66.9 

2 

3 

+    20.  02 
2O.  O2 

138 

Groombridge  47   ... 

8.0 

13      4.76 

73-8 

4 

3-  HO 

+  44    9  41.6 

71.2 

3 

2O.O2 

139 

I4O 

Lacaille  46   
M.  Z.  82,  7    

7.0 

7    Q 

13      9.58 
I  -i    IA    IF 

63.6 
6c  2 

3 
a 

3-015 

•?     O2  1 

-  36  40  46.  7 

—     11    12    AC)    O 

66.4 
68  i 

2 
2 

2O.  O2 
2O   O'' 

I4-I 

d    Piscium     .    .    . 

/  •  y 

c    n 

1  J    ***•  j* 

Oil    21    7? 

"J.  • 

61.  8 

j 
28 

4-    1  087 

oo   j*   V«  u 

+        *7     2/1     /lyi     *7 

"°.  j 

CO     T 

g 

I      20   O2 

**r* 

14.2 

Lacaille  48 

j' 

6    Q 

'    l  J    *J'  /  j 

1  1    Ad.    60 

71    C 

r 

i     6-  uoo 
3016 

7   *4  44-  7 

2i    24    26    "* 

->y-  i 

f\A     ft 

2 

2O   O2 

»*t*> 

143 

p    Andromeda;   

w.   y 
4-8 

*  j    *rr'  "^ 

13  45-28 

/  *  •  J 
69.  2 

J 

3 

.  (JjU 

3-«33 

+  37  "  34.  2 

U4-  y 
47-8 

4 

2O.O2 

144 

Weisse  O,  229  .... 

7-5 

13  45-89 

61.7 

5 

3-089 

+  ii  59  40.  4 

55-6 

3 

2O.O2 

145 

Groombridge  52  ... 

7.0 

13  46.49 

74-9 

6 

3-  15° 

+  44    9  38.  i 

73-9 

5 

2O.  O2 

146 

Lalande  380     .... 

8.0 

o  13  48.  18 

73-3 

4 

+  3-  '34 

+  37  37  41-7 

48.9 

i 

+    2O.O2 

147 
148 

Lalande  383     .... 
Lacaille  49 

6.8 

7  6 

13  48.  96 

17    C  7     12 

71-5 

67      7, 

3 

3-  '29 

3O2/1 

+  35     6    9.8 

"3D    ?7    /1O     "7 

48.9 

(\c   n 

2 

20.02 

2O       O2 

**fW 

IAQ 

Lacaille  50 

/  -  u 
6.8 

J    JO' 

17  e  c  68 

uo*  J 

60   7 

2 

•  u*4 

3OTM 

jV    */    *ry-  * 

4Q           Q       Cg      g 

u.>-  y 

A*T     n 

2 

2O       O2 

*tfy 

150 

Weisse  O,  233  .... 

8-5 

j  jj~ 

13  57-97 

uy.  / 
6l.4 

4 

.  UU4 

3-089 

-j-   ii  56  ii.  6 

u/.  y 

55-9 

2 

20.02 

15' 
152 

Weisse  O,  239  .... 
Lacaille  52  .    .    .    . 

9.0 

6   4 

0    14    14.  22 
HI4    QQ 

60.  2 
63.8 

+  3-055 

?_  OIO 

-  ii  27  39.9 
?6  IA   10  i 

57-9 

6?    4 

2 
2 

-f    2O.O2 
2O.  O2 

J 

'S3 
154 

Weisse  (2)  O,  369  .    . 
(      Sculptoris  

**•  *r 
9.0 
C    O 

••r*  yy 

H  17.33 
14  28.  82 

73-4 
66.  5 

6 

3.153 

3O24 

o^    OT-    JWt  J 

+  44     7 

2Q    AC    21     O 

W  '  T 

t7  6 

2O.O2 
2O.  O2 

«55 

Weisse  O,  245  .  .    .    . 

J'  *•* 

8.4 

14  39-72 

72.9 

4 

•  *-*Ai|. 

3.080 

*y  nj   •fii  •  y 

+     5     6  45.6 

3/*  u 

57-0 

2 

2O.O2 

156 

O.  Arg.  S.  136  .  .    .    . 

5-6 

o  14  40.  89 

64/8 

4 

+  3-°39 

-  20  50    6.  9 

67.8 

2 

-}-    2O.  O2 

157 

i?8 

Weisse  O,  246  .... 
Lacaille  55  ... 

9.O* 

7    7 

14  40.  97 

Id.  47    7O 

46.9 
64.6 

3 

41 

3-071 

3    Old. 

-     o  46  52.0 

27   46   5O.  6 

46.8 
68.  2 

4 

2S.  O2 
2O.  OI 

J 

•59 
1  60 

Weisse  O,  247     .    .    . 
Lalande  409  

/  *  / 
8.2 

8.0* 

*  *T     *T/  "  J^1 

14           47.76 

I  A    CA    80 

65.6 
7C    -i 

6 
6 

•  ^Jt 

3.081 

7    1  17 

+     6  14     7.  2 
+   •56  Co     8  o 

65.5 
66.  2 

3 
3 

ao.  oi 
20.  oi 

»  if.   jt*  *-"^ 

1  J'  J 

O"  *  ji 

o1-'  jy     °-  y 

j 

U.  S.  NAVAL  OBSERVATORY,  1845  to  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i 

>, 

B 
3 

V 

S 

£ 

o 

o 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

>, 

c 
a 

V 

s 

JS 

o 

IM 

O 

O 

£ 

Annual 
Precession, 
1860. 

161 
162 

Weisse  O,  236  .... 
Radcliffe  79  .... 

7-5 
8.  S 

h.  m.      s. 
o  15     5.66 

K      7.  l6 

64.7 

71.  7 

5 
4 

s. 
+  3-°63 
•?.  i?8 

0           /           // 

-    5  58    6.4 

+   44     Q      3.  0 

61.7 

62.  Q 

5 
4 

// 
+  20.  01 
20.  01 

163 
164 
i6c 

Weisse  O,  255  .  .    .    . 
Lalande  421     .... 
g     Ceti       

8.9 
6.2 

6.0* 

15    12.67 
15   34.66 
1C  41.  17 

62.4 
68.8 
69.5 

4 

2 

4 

3-079 
3-H3 

3.  O?I 

+     4  27  14.  2 

+  37  58  38-  5 
-   12  59  19.  7 

68.4 
47.6 
59-4 

2 

3 
5 

2O.  OI 
2O.  01 
2O.  OI 

1  66 

7.0 

on  46.  01 

63.5 

3 

-j-     3.OO5 

-  36    9  53.  5 

67.8 

2 

+    2O.  OI 

167 

Lacaille  61  

6.0 

15  49.  63 

69.7 

2 

2.  996 

—  40    2  20.  7 

67.9 

2 

2O.  OI 

1  68 

6.2 

15  53.  92 

63.8 

2 

2.  999 

-  38  10  48.  7 

68.4 

2 

2O.  OI 

I69 
I7O 

DM.  +  37°,  57  .  .  . 
B  A  C  77  .... 

8.8 
6.4 

16    9-43 
16  ii.  81 

68.8 
62.  4 

2 
3 

3-  H5 

1,  OI  "? 

+  37  48  43-  6 
—  31  48  44.  7 

48-9 
69.6 

4 

2O.  OI 
2O.  OI 

171 

Lacaille  66 

7.  "* 

O    1  6   2O.  Q^ 

64.4 

•! 

-\-    3.OI7 

—    7O    37    22.  4 

68.3 

2 

+    2O.  OI 

172 

7.  O 

17     6.46 

6?.  8 

2 

2.  QQ4 

-  38  1  1  10.  9 

68.4 

2 

20.  oo 

173 

174 

175 

O.  Arg.  S.  160  .  .  .  . 
O.  Arg.  S.  163  .... 
B.  A.  C.  81  

8.2 

7.2 

5.  5 

17  10.  27 

17  17.64 

17  20.  53 

70.  6 
68.8 
S3-  4 

3 

2 

5 

3.027 
3.014 

3-  °67 

—  24  10  43.  o 
-  29  45  27.  2 
•    2  59  35-  3 

67.8 

54-9 
68.3 

2 

2 
2 

20.00 
20.00 
20.00 

I76 

177 
I78 
179 

180 
181 

Weisse  O,  287  .... 
B.  A.  C.  83  .  .  .  .  . 
Rumker  N.  F.  97  .  . 
Lalande  489  .... 
O.  Arg.  S.  169  .  .  .  . 

Lacaille  78  ... 

8.0 
6.0* 
9.2 

8.5* 
7-5 

6.0 

o  17  22.43 
17  33.20 

17  39-99 
17  42.  15 
17  46.25 

O    1  8      3.  54. 

60.8 

68.0 

67-3 
74-2 
70.8 

63.4 

4 
4 

2 

3 
3 

5 

+  3-°77 
3.204 
3.085 

3-153 
3-025 

+  3.008 

+    2  35  56.  5 
+  52  16  14.8 
+     6  57  50.  2 
+  38  15  37-3 
-  24  13  43.6 

-  31  27  48.5 

62.4 
53.8 
68.9 

65-5 
67.8 

70.0 

4 
3 

2 

3 

2 

4 

+  20.00 
20.00 

20.00 

20.00 
20.00 

+  19.99 

182 

44  Piscium     .... 

"*.  7 

18  13.62 

64.  i 

12 

3.  074 

+     I     9  51.  2 

61.2 

19 

19.  99 

183 
184 

ige 

Lalande  508  .... 
Lalande  509  .... 
Lacaille  81  

7.6 

8.2 

6.0 

18  14.00 
18  14.48 
1  8  26.  29 

69.  i 
71.6 
66.9 

4 
3 

2 

3-149 
3-  149 
2.982 

+  35  42  30.3 
+  36    o    5.3 

4O      2       I.  2 

66.2 
66.2 
67.9 

3 

3 

2 

19.99 
19.99 

19.  99 

1  86 

45  Piscium     

6.6 

o  18  29.01 

62.7 

25 

+  3-085 

+     6  55     1.9 

62.5 

7 

+  19.99 

187 

Lacaille  82  ,  .  . 

7.0 

18  70.  n 

62.  9 

3 

3-  O27 

-   22   24   25.4 

59-5 

3 

19.99 

1  88 

Lacaille  83  

6.  -i 

18  44.  60 

63.  o 

3 

3.013 

—    28    29      5.  2 

71.3 

3 

19.  99 

189 
190 

191 
192 

IQ3 

Weisse  O,  305  .  .  . 
Weisse  O,  306  ... 

P.A.C.9I  
Weisse  O,  308  .... 
Lacaille  84  

7.0 
8.0* 

7.0* 

8.2 

6.8 

18  44.  78 
18  45.  18 

o  18  46.  96 
18  50.34 
18  c6.  83 

73-i 
70.9 

64.5 

7°-3 
63.1 

4 

2 

3 

2 

4 

3.078 
3-°54 

+  3-  1  10 
3.078 
3.  004 

+    3    859.2 
9     7  38-  2 

+    19    22    15.3 

+     3    6  45.9 
—  31  31  26.0 

69.  2 
70.9 

53-9 
69.9 
62.0 

2 
2 

2 

2 
2 

19.99 
19.99 

+  19.99 
19.99 
19.  99 

194 
>95 

196 
197 
1  08 

B.  A.  C.  92  
DM.  +  o°,54.  .  .  . 

Weisse  0,312  .... 
Weisse  0,313  .... 
Lacaille  86 

7.0* 
8.0 

7.0 

7-2 
7.  3 

19        O.82 

19     1.68 

o  19    4-95 
19    6.  61 

IQ     1^     l6 

67.9 

73-4 

58.8 
62.1 
62.  o 

4 
4 

2 

5 

-5 

3-236 
3-073 

+  3-  078 
3.082 

3.026 

+  55  Si  56-6 

+      0   23    20.  2 

+     3     2  59.  7 
+    L   '9    8.9 
—  222''  52.  3 

•53-8 
66.9 

63-5 
66.9 
67.4 

3 

2 

6 

2 
2 

19.99 
19.99 

+  '9-99 
19.99 
19.99 

•J   o 

IQ    21     ?2 

67  6 

2.066 

—  43     4     1.4 

67.9 

2 

19.  99 

200 

Radclifie  97  

8.3 

19  38.01 

70.3 

2 

3.205 

+  49  "2  46-7 

68.8 

2 

19.98 

CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

|d 
I 

>^ 

c 
3 

<u 

s 

ui 
1 

•o 

1 

Annual 

Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

Mean  year. 

4! 

o 
<— 

0 

1 

Annual 
Precession, 
1860. 

20  1 

Groombridge  64  ... 

7-3 

h.  m.      s. 
o  19  39.81 

70-3 

2 

s. 
+  3-205 

0            /           // 

+  49  12  36.8 

68.8 

2 

// 

+   I9-98 

202 

"  WeisseO,32i  .... 

9.0* 

19  48.  13 

72.7 

2 

3.062 

4  44  18.3 

72-9 

2 

19.98 

203 

204 

B.  A.  €.96   
Lacaille  90  

7.0* 
6.0 

19  56.98 
2O    I  3.  C.4 

63.5 

66  -i 

3 

2 

3.060 

•2     OI4 

•     5  46  42-  3 
—  26  19  19.  ~8 

54-9 
67.8 

3 
2 

19.98 

T  O    flS 

*«_Hf 
2O5 

2O6 

DM.  +  i°,  66     ... 
Lacaille  92        .... 

9.0 

7.  O 

J     J*T 

20    17.59 

o  20  31.  24 

PV«    J 

68.8 
64,  o 

3 

J.    VJli^. 

3-074 

_L_     o    QQ6 

+     i     7  30.9 

12    T.6    I  $    7 

67.9 
68.  8 

2 
2 

iy.  yo 
19.98 

_L    in  nS 

2O7 

Weisse  0,  337  .    .    .    . 

/  • 

7.8 

20    31.75 

"T"  ** 

7°-  3 

4 

r  *•  yy-1 

3.080 

3*   O"    *3*  / 

+     3  49  57-  8 

67.9 

2 

-f-    iy.  yo 

19.98 

208 

2OQ 

O.  Arg.  S.  202  .    .    .    . 
48  Piscium         

6.4 

"*.   $ 

20    34.09 

2O    <6    14 

63.8 

77    7 

4 

3.026 

•3   106 

-  20  54  35.  6 
-4-   1  1  4.0  IA  8 

69-5 
70.  6 

2 

19.98 

t  f\     (-jft 

*,vy 
2IO 

B.  A.  C.  103    .... 

J'  J 

5-2 

**•  y**  jt 

20  58.  75 

/  J*  / 

63-5 

3 

2.989 

1       *  j    '(•'••'    "r*  • 

-  33  46  49.8 

70.9 

2 

iy.  yo 

19.97 

211 

DM.  +  7°,  56     ... 

9-5 

0    21     15.38 

67-3 

2 

+  3-o88 

+     7  20  36.7 

67-9 

I 

+  19-97 

212 

Weisse  0,  341  .    .    .    .' 

8.8 

21.  l8.  2O 

69.9 

2 

3.086 

+     6  18  58.5 

69.9 

2 

19-97 

213 
214, 

O.  Arg.  S.  210  .... 
Lacaille  98        .... 

6-5 
6  e. 

21     19.68 
21    27.  28 

67-3 

64    4 

2 

2 

3.024 

7    OOO 

-  21     6  17.  o 
-20     i  20  8 

70.9 

7O    A. 

2 
2 

19.97 

I  n   r»7 

*  *  *T 

215 

Lalande  631     .... 

'  J 

6.0 

21  31.  16 

^"T-  f 

69.  2 

3 

3-  l63 

j1-*     j  *9*  ° 
+  36    7  29.7 

/w*  4 

65.2 

3 

19.  97 
19.97 

216 

M.  Z.  71,  24   .... 

8.1 

0    21    32.  19 

65.8 

2 

+  2.979 

-  36  29  37-2 

70.0 

2 

+    19-97 

217 

Lacaille  100     .... 

6-7 

21    49.  98 

64.  2 

3 

3-012 

—  25  24  40.  8 

68.4 

2 

19.97 

218 

B.  A.  C.  105    .... 

6.0 

22      2.  12 

76.9 

4 

3-S96 

+  76  >4  45-9 

73-6 

10 

19.96 

219 

Weisse  O,  358  .  .    .    . 

9.  o* 

22    IO.  21 

64.8 

6 

3.089 

+     7  20  36.  6 

65.8 

2 

19.96 

22O 

Lalande  656    .... 

6.7 

22    25.  24 

68.8 

3 

3-  '72 

+  37  33  i°-2 

65.8 

3 

19.96 

221 

M.  Z.  71,25    .... 

8.1 

0   22   27.39 

72.5 

3 

+  2-975 

-  36  29  51.4 

70.0 

2 

+    I9-96 

222 

Lalande  658    .... 

8.2 

22   29.  52 

67-3 

2 

3.061 

-     4  47  '5-9 

69.0 

2 

19.96 

223 

224. 

Weisse  O,  368  .    .    .    . 
28  Andromedse  

8.0* 
6.0* 

22  40.  70 
22   44.  46 

46.9 

CQ    4 

3 
6 

3.070 

31AC 

i     5  46.4 
_i_  28  «8  4C  < 

50.3 
c-i  8 

6 

19.96 

T  n  rtfi 

™**t 
225 

B.  VI  +  42°,  87     .    . 

8-5 

f,f,     •(•(  •   f  V 

22  45.  68 

Ju-  <T 
68.9 

2 

•  *^3 

3-194 

-p    ^u   ju  if^j.  3 

+  42  37 

jji  ° 

19.  90 
19.96 

226 

Groombridge  70  ... 

8.2 

0  22   48.  17 

68.9 

2 

+  3-  194 

+  42  37 

t   t 

+    I9-96 

227 

228 

Groombridge  67  ... 
12  Ceti                          .    . 

7-5 

c    7 

22   52.  24 
22    C7    6f 

61.8 
62.6 

6 
86 

4.781 

•5     O6  1 

+  85  32  43.  7 

A     A-J    C7    8 

65.8 

CO    C 

2 
I  ? 

19.96 
T  n   nfi 

229 

B.  A.  C.  113  

j'  I 

6.8 

•~   JJ-  vl 
22   56.94 

62.5 

S 

3.081 

4  4J   3j-  ° 

+    457-7 

jjy-  3 
62.  i 

1  j 

22 

*9-  9° 
19.96 

230 

Weisse  0,  375  .    .    .    . 

8.0 

23    17.72 

64.8 

5 

3.090 

+     7  44  17-8 

67.4 

2 

19-95 

231 

Weisse  0,  376  .    .    .    . 

9.0* 

o  23  19.  72 

58.8 

2 

+  3-078 

+     2  29  34.0 

58.8 

2 

+  '9-95 

232 

Weisse  0,  377  .    .    .    . 

8.6 

23   21.  25 

70.4 

2 

3.069 

—     I     8  46.  4 

68.9 

3 

19-95 

233 
274. 

B.A.  C.  115  
49  Piscium     

5.0 

7    2 

23   22.32 
21    31    OI 

70-5 
7C     A 

3 

8 

3.010 

3     TOO 

-  24  33  44.  2 

[       T  e     1C     CO    7 

67.8 

71    A 

2 

'9-95 

*^T 

235 

Groombridge  73  ... 

/  • 

8.0 

•^O   j**  **' 

23  31-53 

J  J-  4 

73-2 

4 

.  iuy 

3.198 

-f~     1^     1^     J)U.  / 

+  42  36  12.8 

/  1  .  4 

72.8 

4 
4 

'9-  95 
19.95 

236 

Lalande  713     .... 

6.0 

o  23  56.70 

72.3 

4 

+  3-  184 

4-  38  12  24.8 

69.8 

5 

+  19-95 

237 

Weisse  O,  393  .... 

8-9 

24  17.86 

62.9 

2 

3-075 

+      I    21    48.  I 

62.9 

6 

19.94 

238 

B.  A.  C.  122  

7.2 

24  19.60 

68.0 

4 

3.111 

+    15    H   56.0 

71.2 

5 

19.94 

239 
240 

Lalande  736     .... 
K     Cassiopeae     

7-7 
4.0* 

24  22.39 

2C      4.    IQ 

69.2 
66  o 

3 

3-I76 
i  748 

+  36  ii  35-2 

+    62       O    IO    7 

61.4 
(,-,  -, 

2 

6 

19.94 

IO    QA 

j     T"-  *  y 

ww.  y 

O-  j*ru 

w*     y  o^-  j 

uj-  j 

iy.  y^ 

U.  S,  NAVAL  OBSERVATORY,  i«4j  TO 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

rt 
B 
>* 

8 

•% 

4 

"3 
6 

£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

ij 

rt 

I 

S 

4 

"o 

o 
Z, 

Annual 
Precession, 
1860. 

24.1 

5  1  Piscium 

6.5* 

h.  m.      s. 

O    2<    IO.  (O 

<6.o 

4 

s. 
4-  i.o&& 

0         /           // 

-4-     6   IO  ?^.q 

14..  Q 

c 

// 

-4-    IQ   Od. 

**T* 
242 

24.7 

Lalande  762     .... 
52  Piscium              .... 

J 

6.0 
6.0 

J        •  v-    JW 

25  14-34 

25     K.43 

j 
68.8 
69.  i 

2 
4 

I        J 

3-187 

•J.  124 

i                  j  j  y 
+  38     4  17-0 
-4-   19  31   21.  6 

J*f"   7 

47-3 
54-  8 

J 
2 
7 

1         my.  y*^ 

«9-93 

IQ.  QT. 

***tj 

244 

Lacaille  118      .... 

6.7 

~J    •  J    ^.J 
25    21.57 

.* 

63.8 

4 

J     •  "T 
3.002 

-  25  25  12.6 

J*t'   "• 

66.0 

J 

2 

•y  yj 

19-93 

245 

Lalande  767      .... 

8.0* 

25    24.58 

75-9 

2 

3->?6 

+  35     5     7-5 

66.2 

3 

«9-93 

246 

Weisse  0,  421  .    .    .    . 

8-4 

o  25  30.40 

68.8 

3 

+     3-046 

9  48  25.9 

57-9 

2 

+  '9-93 

247 

Weisse  O,  420  .... 

8.7 

25  3'-  18 

62.  9 

2 

3.076 

+     «  23  11.5 

62.9 

6 

'9-93 

248 

Weisse  0,  425  .... 

9.  o* 

25  39-55 

46.9 

3 

3.009 

i   13    4.8 

60.9 

2 

'9-93 

249 

Lacaille  121      .... 

5-7 

25  40.  68 

61.9 

2 

2.999 

-  26    7  50.3 

65.8 

2 

«9-93 

250 

Weisse  O,  434  .... 

6.6 

26     3.  05 

65.8 

2 

3.O6O 

4  37  «5-9 

63-9 

3 

'9-93 

251 

Weisse  0,  436  .... 

9.0 

o  26  14.48 

59-4 

2 

+     3-096 

+     8  59  52.0 

54-9 

2 

+  19-93 

252 

2(3 

Weisse  O,  437  .... 

8.0 
6.  $ 

26  16.50 
26  17.85 

65.9 
7?.  4 

2 

3-059 

•5.411; 

4  48  53.0 
4-  65  58  40.  8 

64.  2 
7O.  8 

3 

A 

19.92 

IO.  Q2 

JJ 

254 

Weisse  0,  439  .... 

J 

7-6 

26  19.  40 

/  o  ^ 
67.4 

2 

J'  *T"  J 
3.068 

I    22   52.9 

/ 

67.8 

^ 

2 

y  y 
19.92 

255 

B.A.C.  133  

7-5 

26  20.  32 

59.8 

2 

3-«27 

+  '9  39  38.  3 

53-8 

3 

19.92 

256 

O.Arg.  8.264  .    .    .    . 

7-5* 

o  26  38.  36 

03-9 

4 

+  z-994 

-  26  51  51.4 

65.8 

2 

+  «9-92 

257 

Weisse  0,  443  •    •    •    • 

7-7 

26  42.  79 

64.  o 

II 

3-°79 

+       2    32    51.7 

58.8 

2 

19.92 

258 

B.A.C.  135  

6.2 

26  45.  26 

63.1 

5 

2.981 

-    30    19    50-3 

67-5 

2 

19.92 

359 

Lacaille  126      .... 

7-2 

26  46.  52 

68.8 

2 

2.944 

-  39  27  24.4 

64.  2 

3 

19.92 

2OO 

Weisse  0,  444  .... 

9.2 

26  5  1  .  09 

66.6 

3 

3.046 

•     9  29  30.2 

57-9 

2 

19.92 

26l 

Piazzi  O,  111  (ist*)     . 

6.5 

o  26  51.  64 

63-5 

5 

+  2.959 

—  35  45  23.  5 

68.2 

3 

+  19-92 

262 

Piazzi  O,  III  (2d*)      . 

8.0 

26  51.67 

66.7 

2 

2-959 

—  35  45  28.  i 

69.4 

2 

19.92 

263 

Weisse  0,  450  .... 

8.0 

26  55.46 

59-6 

4 

3.086 

+     5  'i     3-2 

56.9 

3 

19.92 

264 

B.A.C.  137  

7-3 

26  55-54 

61.4 

6 

3-098 

+     9  3'  57-o 

58.4 

4 

19.92 

265 

Weisse  O,  453  .... 

9-2 

27     5-36 

65.0 

5 

3-094 

+     7  54  51-2 

69.8 

i 

19.92 

266 

Lacaille  131      .... 

7-6 

o  27  10.97 

63-2 

3 

+  2.969 

—  33    4  3'-  6 

72.9 

3 

+  19-92 

267 
268 

Piazzi  O,  113    .    .    .    . 
Radcliffe  49      .    . 

7-4 

9.  2 

27  20.88 

27    21.  80 

65.8 
65.8 

8 
6 

3-057 

1.  O57 

-    5  '9    8.3 
—     ?   18  Ci.o 

65.7 
69.6 

4 
•i 

19.91 

IO.  QI 

260 

Anonymous  .... 

8.7 

/ 
27    IQ.  06 

"j*  «* 

68.8 

2 

o      j  i 
1.  180 

j        j^'  ** 
4-  16    4 

vy-  v 

j 

y  y 
IO.  QI 

mvy 
270 

Lalande  849     .... 

/ 

6-5 

*/    oy    7 
27    40.65 

72.6 

5 

O    •  ljy 

3.189 

1         J              T^ 

+  36    3  38-6 

64.7 

5 

my  y* 
19.91 

271 

DM.+  1°,  89      .    .    . 

9-5 

°  27  44.53 

62.  9 

2 

+  3-075 

+       I      2   39.  I 

68.9 

2 

+   I9-9I 

272 

Weisse  0,  466  .... 

8-3 

27    44.71 

73-6 

5 

3.082 

+     3  36  56.  6 

71.9 

3 

19.91 

273 

274. 

Rumker  138     .... 
13  Ceti           

6.0 
6.0 

28       1.62 

28      2.  58 

68.9 
61.8 

2 
IO 

3.186 
7.060 

-f  34  53  '3-7 
—    4  21  50.  8 

58.2 

61.  8 

3 

2 

19.91 
IQ.  QI 

*/*T 

275 

Lacaille  138     .... 

7.0 

28      4.60 

64-3 

4 

o 

2.989 

—  26  53  51.7 

VJ'  v 

67.8 

2 

y  y 
19.91 

276 

Lalande  863    .... 

8.0 

o  28    5.  17 

7i-5 

3 

+  3-190 

+  35  48  28.  5 

61.4 

2 

+    I9-90 

277 

Weisse  0,  476  .... 

8-5 

28  16.  15 

61.2 

4 

3-093 

+     7  22  32.  7 

59-9 

3 

19.90 

278 
27O 

Weisse  0,  477  .... 
14  Ceti   

7.6 
7-  ° 

28  16.64 

28   21.  72 

65-5 
61.7 

4 

7 

3.082 
ro68 

+     3  3i  22.3 
i  16  30.4 

69.9 

?4.  O 

3 

IO 

19.90 
IQ.  OO 

*/  y 

280 

Lamont  104          . 

28  25.  61 

76  6 

/ 

j 

7   O7O 

+      2    11      C    C 

jt>  v 

60  o 

2 

•  y  y^ 
IO  OO 

/      ' 

o-  v/  y 

*    JJ      J'  J 

wy?  y 

•y-  y" 

10 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


1 

Number, 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.  o. 

rt 

QJ 
>* 

a 
• 

9 

S 

A 

0 
I— 

o 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 

o» 
X 

M 

1 

t*H 
0 

O 

Annual 
Precession, 
1860. 

' 

h.  m.      s. 

s. 

0           /           // 

// 

281 

Lalaiide  884    .... 

6.2 

o  28  35.  59 

73-  i 

4 

+  3-20° 

+  37  28  50.0 

68.  i 

4 

-4-  19.9° 

282 

B.  A.  C.  149  .... 

6.0* 

28  39.  85 

60.2 

5 

3-  109 

+     '2    26    33.  2 

53-9 

2 

19.90 

283 

O.  Arg.  S.  284  .    .    .    . 

8.2. 

28  41.  12 

64.6 

4 

2-985 

-  27  37  43-2 

69-3 

2 

19.90 

284 

Riimker,  N.  p.,  235    . 

7.0 

28  49-  75 

65.9 

2 

3.091 

+     6  23     5.3 

67-9 

2 

19.90 

285 

Lacaille   142    .... 

6-3 

29    8.  74 

63-9 

8 

2.998 

-  23  36  45.9 

67.9 

2 

19.89 

286 

287 

Weisse  0,491  .    .    .    . 
C     Cassiopece             . 

8.0 
?  o 

o  29  10.  ii 
20  ii   c.3 

00.  2 

73    2 

2 

+  3-096 

1    2QQ 

+     8    6  13.5 

J-    <7       7    72    2 

58-4 
60  o 

4 
2 

+  19-89 

19  8q 

*.^/ 
288 

Weisse  (2)  O,  746  .    . 

j 
7-5 

?      •  jj 
29  20.  i  i 

/  J 
68.9 

I 

j-  ~yy 

3-  '56 

1        JO         I      J.m" 

+  26  16  54.  8 

wy.  y 

63-4 

2 

yr  wy 
19.89 

289 
200 

B.  A.  C.  154    .... 

6.0 
4.  o 

29   20.  85 
29   24.  65 

76.9 

6-t.  i 

3 
g 

4-  245 
-i.  18* 

~f  81  43  12.4 
4-  ^2  s6  S2.  o 

73-6 

67.  q 

4 
4 

19.89 
19.89 

•nfw 
291 

Weisse  (2)  O,  749  .    . 

9.0 

o  29  24.  98 

"  J' 

76.  2 

5 

J             J 

+  3-I83 

1       O        J        J 

+  32  56  15.8 

17 

77-7 

i 

y  v.? 

+  19-89 

292 

20"? 

Tr.  Z.  97,  10    .... 
53  Piscium     

7.2 
1.  ? 

29   25.  92 
2Q    2Q.  Q7 

68.8 
61.2 

2 

2-933 
T.  116 

-  39    3  50.9 

-1-    14.   27    30.  I 

64.9 

6^.  4 

2 

4 

19.89 

IQ.  8q 

7-J 

294 

DM.  +  i°,  99  .... 

j  j 
9.0 

y    ™  sf*  yj 

29  37-  °5 

62.9 

2 

j 
3-075 

I       ^      /    jy 

+     '55-5 

"J*    T^ 

67.9 

2 

v    y 
19.89 

295 

Weisse  O,  496  .... 

8.2 

29  43-9° 

60.  4 

2 

3.086 

+     4  38  28.  I 

56.9 

2 

19.89 

296 

0.  Arg.  S.  303  .    .    .    . 

7.2 

o  29  48.  94 

68.9 

2 

+  2.990 

-  25  16  12.3 

67.2 

3 

+    I9.89 

297 

B.  A.  C.  158     .... 

6.0* 

29  51.97 

58.7 

2 

3-  I92 

+  34  37  42-  5 

60.6 

5 

19.89 

298 

O.  Arg.  S.  304  .    .    .    . 

7-5 

29  53.  18 

68.9 

2 

2.990 

-  25  15  33.4 

66.9 

2 

19.89 

299 

Weisse  O,  503  .... 

8.5 

30    0.23 

69-3 

2 

3-067 

i  38    9.  i 

64-4 

2 

19.89 

300 

Weisse  O,  506  .... 

9-5 

30    8.  27 

65.7 

2 

3.085 

+    4  '5  4'-2 

69.4 

2 

19.88 

301 

B.  A.  C.  160  .    .    .    . 

5-2 

o  30    9.  27 

62.4 

8 

+  2.988 

-  25  32  17.1 

69.8 

4 

+    I9.88 

302 

B.  A.  C.  161    .    .    .    . 

7.0 

30  18.  u 

61.  i 

4 

3-°79 

+      2   22      I.I 

68.9 

2 

19.88 

3°3 

tOd. 

Weisse  O,  510    .    .    . 
Lalande  963                  . 

7-5 
8  7 

30  28.  26 

-3Q    46     $6 

73-6 
68.8 

3 

3-095 

^     2O^ 

+     7  IS    4-5 

_l_    -36    17    <\4.    2 

65.8 

66.2 

2 

•3 

19.88 

iq.88 

,>*-"* 

«>$ 

j 
8.0 

J^J   qw  yv 

30   48.  96 

?8.  8 

2 

O-  *WO 

1.078 

[          J1-'       *  /        JT1' 

4-       I    SO    ^4-  2 

C.Q.  I 

O 

4 

*  y*  "^ 

19.88 

O     J 

306 

W7 

Weisse  O,  511     ... 
15  Ceti   

8.5 
6.  ? 

o  30  50.  oo 
30  cc.  it 

J 

67-7 

SS.  2 

2 
1  1 

J        / 

+  3.086 
3.068 

J;/    JT^ 

+     4  21  31.7 
—     i   16  25.  6 

jy 

70.8 

Co.  4. 

2 

16 

+  19.88 
19.87 

3    1 

308 

Lalande  966     .... 

J 

6.9 

O       JJ       J 

3°  57-  78 

jj 

68.9 

2 

O 

3.209 

+  37  '4  58.5 

jy  " 

61.4 

2 

19.87 

309 

•?io 

O.  Arg.  S.  312  .... 
8     Andromedae  

8.1 
4.0* 

31    7-64 

11       Q.  QQ 

67.3 

46    4 

2 

a 

2.  966 

3.  171 

-  30  16  57.0 
-4-  28  •n    o.  4 

69.9 

70.  T 

3 
•J 

19.87 
19.87 

J 

3" 

Lalande  975     .... 

8.2 

j         7'  yy 

o  31   11.85 

*Ttf*  T^ 

69-5 

o 

3 

O'      1 

+  3-203 

™*  oj    v-  1- 
+  35  49  26.0 

/    -  o 

66.2 

J 

3 

y  "/ 

+  19-87 

312 

Lacaille  155     .... 

6.5 

31  21.  18 

69.7 

2 

2.  906 

-  42  21  45.9 

62.  o 

2 

19.87 

313 

M.  Z.  149,  22    .... 

31  27.50 

68.9 

2 

2.985 

—  25  26     i.o 

66.9 

3 

19.87 

3H 

Tr.  Z.  93,  u      .... 

31  28.  18 

69.8 

2 

2-954 

-  32  48  14.9 

64.9 

2 

19.87 

3iS 

6     Andromedse      .... 

3.0* 

3'  5°-93 

59-7 

3 

3-  '79 

+  3°    5  40-4 

57-0 

4 

19.86 

3i6 

Lacaille  157     .... 

6.0 

o  31  5'-63 

63-9 

7 

+  2.982 

-  25  52  38.7 

66.3 

2 

+  19.86 

317 

B.  A.  0.167      .    .    .    . 

7.0 

3i  54-62 

66.4 

8 

3.080 

-f-      2   21    10.6 

68.4 

4 

19.86 

3i8 

Lalande  1003   .... 

7-4 

32    3-76 

74-3 

5 

3.207 

+  36     i   18.  o 

66.2 

3 

19.86 

3'9 

Weisse  (2)  O,  832  .    . 

8.0 

32    3-98 

72.9 

4 

3-  '64 

+  25  58    9-6 

57-5 

3 

19.86 

320 

O.  Arg.  N.  599     .   .    . 

9.0 

32  27.83 

62.6 

3 

3-350 

+  55  46  17-5 

68.4 

2 

19.86 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


II 


Number. 

Name  of  Star. 

Magnitude.  | 

Mean  Right 
Ascension, 
1  860.0. 

|j 

rt 
B 
>* 

c 

rt 
V 

1 
(M 

O 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

0         /           // 

4-  20  40  11.9 

+       2    52    54.  I 

+  55  46    8.  i 

-  25  47  56.  3 

i 
% 

1 

«—  i 

f  O 

i 

Annual 
Precession, 
1860. 

321 

322 
323 
324 

55   Piscium 

6.0 

i  7-5 
Var.* 
7.8 

h.  m.      s. 
°  32  33-78 

32  34-  79 
32  35-oo 
32  54-  79 

71-7 
65.7 

49-5 
68.9 

4 
2 

123 

2 

s. 
+  3-  "43 
3.082 

3-350 
2.980 

64.8 
68.4 

50.9 
66.9 

2 
2 

95 

2 

// 

4-  19-85 
19.85 
19.85 
19.85 

Weisse  O,  544     .    .    . 
a     Cassiopeia 

Mer.  C.  Z.  66,  145    .    . 

325 

Anonymous  

95 

.    32  57-97 

64-3 

2 

3.008 

-  18  25  48.  9 

68.3 

2 

19.85 

326 

Lacaille  164     .... 

8.0 

o  33     2.04 

68.8 

2 

+    2.  896 

-  42  25  36.  i 

62.0 

2 

+  >9-85 

327 
328 

Lacaille  162     .    .    .    .7.0 
Weisse  0,55'}  ....     9.0 

33     4-  36 
33     5-8? 

65.8 

64.5 

2 
2 

2-939 
3-087 

-  34  43  41-2 
+     4  30  43-  4 

68.3 
68.3 

2 

2 

10.85 
19.85 

329 

M.  Z.  206,  52    ....     9.  o 

33  '0.84 

64.4 

2 

3.008 

-  18  21  41.0 

69.3 

2 

19.85 

330 

Weisse  O,  560  .... 

8.0 

33  '7-20 

58.8 

2 

3-943 

-     8  25  20.  3 

57-9 

3 

19.85 

33' 

Lacaille  167      .... 

6-3 

o  33  29-  75 

62.5 

3 

+  2-983 

-  24  33  40.  5 

67.8 

2 

4-  19.84 

332 

Weisse  O,  563  ....     9.  o* 

33  30-69 

69.8 

2 

3-055 

•    3    6  50.  8 

68.8 

2 

19.84 

333 

32  Andromeda;      ....     5.  2 

33  32-51 

68.8 

2 

3-228 

+    38    41    22.  7 

46.6 

4 

19.84 

334 

B.  A.  C.  174      ....     6.0* 

33  34-8i 

62.8 

3 

3-054 

—    5     7  '3-7 

68.8 

2 

19.84 

335 

Lacaille  169     ....     6.  o 

33  4°-  20 

64.9 

2 

2.958 

-   30    1  1    26.  2 

69.9 

2 

19.84 

336 

B.A.C.  175      ....     5.5 

o  33  44-96 

76.9 

2 

+  3-500 

4-    65    22   44.  I 

73-6 

6 

4-  19-84 

337 

Weisse  O,  571  .    .    .    .9.0 

33  45-  56 

65.7 

5 

3.086 

+     3  59  55-4 

70.8 

2 

19.84 

338 

B.A.C.  177      ....     7.0 

33  57-94 

59-6 

3 

3.  102 

+     8  35  24.4 

54-9 

3 

19.84 

339 
34° 

34i 
342 

Weisse  O,  583  .... 
Lalande  1097    .... 

7-9 
8.  i 

9.4 
8.  i 

34    9-  28 
34  23.57 

o  34  28.  63 
34  34-  12 

70.5 
63.4 

70.0 
72.9 

5 
6 

2 

5 

3.082 
3-075 

+    3-047 
3.082 

4-     2  49  51.0 
4-     o  58  46.  6 

•     7   >o  23.9 

4-    2  52  28.  i 

70.5 
64.7 

68.8 
68.4 

7 
9 

i 

2 

19.83 
19.83 

+  19-83 
19-83 

Weisse  0,  588  .    .    .    . 

343 

0.  Arg.  S.  358  .    .    .    . 

6.0 

34  39-  'o 

68.8 

2 

2.974 

-  25  57  50.6 

66.3 

2 

19.83 

344 

DM.  4-  i°,  104    ... 

9.0 

34  42.  90 

70.6 

4 

3-075 

4-     i     i  46.  7 

72.9 

4 

19-83 

345 

Weisse  O,  572  

8.8 

34  46.  3' 

69.8 

2 

3-095 

4-     6  29  47.  i 

54.8 

2 

19.83 

346 

DM.  +  i°,  119    .    .    . 

9.0 

o  34  47.  12 

68.2 

3 

+    3-079 

+     '  57  40-6 

68.4 

2 

+  19-83 

347 

Weisse  0,  595  .... 

9.0 

34  49-  6? 

60.  2 

3 

3.083 

4-     3    o  49.  6 

58.8 

2 

19.83 

348 

B.  VI.  +  2°,  293  ... 

9.0 

34  53-06 

65-7 

i 

3-079 

4-     2  10    o.  4 

69-5 

2 

19.82 

349 

DM.  4-  2°,  94  .  .    .    . 

9.2 

34  53-62 

68.7 

5 

3.080 

+     2     4  33-  3 

69  5 

2 

19.82 

35° 

DM.  +  10°,  74  ... 

8.8 

34  55-34 

69.9 

2 

3-  108 

+  10    3     3.6 

69.9 

2 

19.82 

35' 

Weisse  O,  601  .  .    .    . 

9.0* 

o  35     o.  15 

58.8 

2 

+  3-058 

•     3  49     9-7 

57.8 

2 

4-  19-82 

352 
353 
354 

DM.  +  3°,  91  .... 
Anonymous  

8.8 
8.5 
8.6 

35     7-  29 
35     7-78 
35  29.69 

74-9 
65-3 
62.9 

6 

2 

7 

3.086 

3-049 
3.076 

+     3  58  48.8 
•     6  23  53.  9 
4-     o  55  41.8 

70.8 
66.9 
63.5 

3 

2 

6 

19.82 
19.82 
19.82 

Lalande  1123  .    .    .    . 

355 

Weisse  O,  608  .  .    .    . 

8-5 

35  3'-  62 

60.  2 

4 

3-083 

+     3     i  24.5 

58.8 

3 

19.82 

356 

O.  Arg.  S.  369  .  .    .    . 

7.6 

o  35  42.  21 

64.9 

3 

+  2-992 

-  20  57  43-  o 

66.8 

2 

+  19-81 

357 
358 
359 

Lacaille  181  
/I1   Sculptoris  

6.4 
5-o* 
8.0 

35  5°.66 
35  58-07 
36     2.  54 

63.  2 

76.6 
65-3 

4 
3 

2 

2.916 
2.901 
3-093 

—  36  47  26.0 
-  39  '3  53-  ' 
+     5  48    9-7 

68.2 
64.8 
67.8 

3 

2 
2 

19.81 
19.81 
19.81 

Weisse  O,  616  .  .    .    . 

360           Weisse  O,  620  .... 

8.4 

36  17-58 

65.2 

2 

3.092 

+     5  23  14.8 

67.9 

2 

19.81 

CATALOGUE  OP  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

rt 
B 
X 

q 

rt 

V 

% 

1 

IM 

O 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

S 

>* 

i 

s 

1 

IM 

O 

i 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /            // 

// 

761 

4.  7 

o  36  28.  10 

6l.  7 

c 

+  3-  822 

+   74  IT   18.  8 

68.6 

12 

+    iq.  80 

J 

-162 

ft   Ceti   

T"  / 
2.O* 

^6    77.  64. 

O    O 

61.6 

J 

ISI 

1.  OOO 

1         /  T^         O      * 

—    l8  4?    2O.  7 

?}.  i 

^7 

T         y    ^* 
iq  80 

ym 

363 

B.  A.C.  197  

6.S* 

J       OO'     ^ 

36  40.  S3 

66.4 

J 

3 

J,  u. 

3-301 

•    *tj     i.u.  ^ 

+  47     5  45-  9 

j  j 

53-8 

Oi 

3 

*  *^.   wvx 

19.80 

364 

Weisse  O,  635  ...    . 

8.2 

37    5-  29 

60.  5 

3 

3.098 

+     7    o  21.6 

55.6 

3 

19-79 

365 

Weisse  O,  638  .... 

9.0 

37  "-72 

60.  4 

2 

3-099 

+     7     3  33-8 

55-9 

2 

'9-79 

366 

Weisse  O,  641  .  .    .    . 

8.  i 

o  37  23.42 

65-3 

2 

+  3-048 

-     6  23  35.4 

60.  9 

3 

+   19-79 

367 

Weisse  O,  642  .... 

7.0 

37  25.04 

68.8 

2 

3-oi7 

-  14  10  54.0 

64.4 

2 

•9-79 

168 

A2  Sculptoris  

?.  2 

7,7    21    60 

68.8 

2 

2    80; 

?Q     I  I     76.  8 

60    Q 

A 

IQ   7O 

Jvv 

369 

O.  Arg.  S.  388  .    .    .    . 

j 

7-7 

jt     *•  j  •  **y 

37  30.01 

63.8 

3 

yj 
2.  960 

jy          j 
—  27    17    15.6 

y  y 
69.9 

^ 

2 

*y-  j  y 
19-79 

370 

B.  VI.  +  2°,  97  .    .    . 

7-7 

37  43-  '7 

65.8 

50 

3.081 

+       2    26      3.5 

65.8 

46 

"9-79 

37' 

B.  A.C.  203  

6.2 

°  37  48.  57 

63.6 

4 

+    2.980 

—    22   46    35.  5 

68.4 

2 

+   I9-78 

372 

Weisse  O,  647  .  .    .    . 

8.0 

37  51-52 

59-3 

2 

3.089 

+     4  24  53.0 

55-5 

3 

19.78 

373 

Lalande  1198   .    .    .    . 

8.0* 

37  54-3° 

70.9 

2 

3.076 

+       I       2    22.  7 

70.9 

2 

19.78 

374 

Lacaille  194  

6.7 

37  55-88 

63-7 

4 

2-934 

-  32     9  21.  i 

68.4 

2 

19.78 

375 

Weisse  O,  658  .  .    .    . 

8.8 

38  25.65 

63.2 

3 

3.076 

+     o  56  32.  8 

67.0 

2 

19.78 

376 

Weisse  O,  657  .  .    .    . 

8.0 

o  38  25.  66 

59-9 

2 

+  3-Joo 

+     7     4  4i-5 

55-6 

3 

+   I9-78 

"*77 

18  Ceti   

f    2 

•?8  26  77 

62.  i 

3.018 

—    I  -5    7.8    24.  2 

7^.  T 

4 

19-78 

'  /  / 

•?78 

23  Cassiopeae  

j-  * 

c    c 

ju  .  ,\*.  /  / 

l8    2Q    7O 

66  q 

->   gcr 

J    O       "^'  " 

-4-    74.      4.    S4.  O 

/  O     J 

66.  q 

2 

y   i 
IQ.  77 

o/*-* 

379 

DM.  —i°,  94  .... 

j'  J 
8-5 

ju  *y«  ow 

38  35-  12 

uv.  y 

75-9 

2 

J  "jj 
3.064 

I      /  ^      ^   j^~ 

i  57     7-5 

7 

57-4 

2 

y   t  / 

19-77 

380 

Weisse  O,  664  .   .    .    . 

9.  o* 

38  45.  89 

67.4 

3 

3.  066 

i  34  10.  3 

68.4 

2 

19-77 

38' 

Weisse  O,  665  .  .    .    . 

8-3 

o  38  50.  04 

66.9 

2 

+    3-090 

+    43°  5°-  5 

68.8 

2 

+  19-77 

382 

Anonymous  .   •     .    .    . 

8.2 

38  59.  08 

68.9 

2 

3-047 

6  24  39.  i 

67.9 

2 

19-77 

18? 

Lacaille  203              .    . 

6  5 

IQ    Id.    24. 

61  i 

2    074. 

—    2?    17    17    6 

6?    4 

2 

IQ    76 

j^j 

V/.    J 

jy    *Tni  "T1 

**j«  i 

mt  y/4- 

*  o    *  /      /  - 

vi  •  *T 

y   / 

384 

Weisse  O,  674  .... 

9.0* 

39  24.40 

46.8 

2 

3.066 

I    36     4.  I 

68.4 

2 

19.76 

385 

DM.  +  9°,  88  .  .    .    . 

9.0 

39  30.86 

69.8 

2 

3.  112 

+     9  48  35-  5 

69.8 

2 

19.76 

386 

Weisse  O,  677  .  .    .    . 

8.0* 

°  39  33-°5 

70.9 

2 

+    3-05I 

5  '°  59-o 

70.9 

2 

+    I9-76 

387 

Weisse  O,  678  .   .    .    . 

8.2 

39  34-66 

68.8 

2 

3.078 

+     i  35  30-  i 

57-9 

3 

19.76 

388 

Weisse  0,  680  .    .    .    . 

9.0* 

39  38.40 

58.8 

2 

3.  102 

+     7  32  3°-  3 

56.4 

2 

19.76 

180 

58  Piscium     .    . 

c    c 

TO   47    SI 

71    2 

r  118 

-f-    II    12   35.  I 

71.  4 

2 

iq.  76 

jvy 

39° 

Lacaille  210     .... 

J    J 

6.6 

jy  TO-  j 
39  48.  oo 

/    • 

64.    I 

3 

O'    •  *  *-* 

2-933 

-  3°  57  23.4 

67.8 

2 

•  y,    1  ~ 

"9-75 

TO  I 

£     Andromedse  

4.0* 

o  TO  e<.  78 

62.  o 

2 

-1-    ^.171 

-f-  23  30  1  6.  3 

63.7 

3 

-f-  19.  75 

OJ7 
392 

Weisse  0,  687  .    .    .    . 

9.0* 

j?  jj  j 

40      2.  24 

58.8 

2 

i     j     i  j 

3.064 

i  55  15-4 

65.6 

3 

'9-75 

3Q7 

60  Piscium             .... 

6.  I 

An        Q     1A 

62  o 

7 

T.    OQ6 

4-       ?    58    7.4.  4. 

6l.  7 

8 

iq.  7? 

*>yj 
394 

Weisse  O,  694  .... 

9.0 

*rv      ?•  .yt 

40  27.  18 

*"••  7 

69.  o 

/ 

7 

J'  "5P* 

3.081 

i        J    j      J^  ^ 

+     2  13  44.  9 

J 

68.3 

2 

•y  /  j 

«9-74 

TO  5 

6  1   Piscium             .... 

6.0 

40  20  66 

60  t; 

•!.  K8 

-4-    2O      Q    74.  7 

70.  9 

7 

19.  74 

jyj 
396 

Lalande  1281   .... 

8.0 

*T"     ^7-  vv/ 

o  40  33-  3' 

wy*  j 
68.8 

2 

O        J 

+  3-  236 

i                7   J^    / 

+  34  58  23.  i 

68.4 

J 

4 

+   '9-74 

397 

Weisse  0,  698  .    .    .    . 

9.1 

40  34.48 

65.7 

4 

3.081 

+     2    8  19.  7 

68.3 

2 

"9-74 

TO8 

17*    CassiopeEe  

•?.  7 

40  38.  26 

^4-.  1 

4 

^.  4^6 

-f  57    4  15.  2 

67.9 

2 

19.  74 

jy 

399 

O.  Arg.  S.  423  .    .    .    . 

j   / 
6.0 

40  44.  47 

J*TP    J 

65.8 

4 

J-  TJ** 

2.991 

-  '8  49  39-4 

65.8 

3 

19-74 

400 

Lacaille  216  

7-  ° 

4O  40.  72 

66.8 

2 

2.889 

-  37  41  34.8 

70.5 

3 

«9-74 

^      ^y  /  ™ 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1887. 


•j 

« 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

IM 

O 

d 
fe 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

S 
^ 

i 

s 

1 
"o 

o 

^ 

Annual 
Precession, 
1860. 

40  1 

Lacaille  217  

6.4 

h.  m.      s. 
o  40  si.  10 

61.7 

7 

s. 

4-    2.  Q21 

0         /           // 

-  32    7    4.  i 

67.5 

2 

// 

4-    10.  74 

^     • 

402 

i'     Cassiopeae  

5.0* 

••  *tw  jj 
40  55.07 

VJ'   t 

65.9 

J 

3 

i         y  J 

3.358 

+   50    12    I3.I 

/  •  J 

53.8 

3 

i      *y  t  ~ 

19.74 

403 

Weisse  O,  704  .... 

8.0 

40  55.  15 

65-3 

2 

3-107 

+     8  27  24.8 

67.4 

2 

19.74 

404 

Weisse  O,  706  .... 

9.0 

40  58.  26 

65-4 

2 

3.086 

+     3  '8  56.9 

64.4 

2 

19-74 

405 

4.06 

B.  A.  C.  221  
Lacaille  218         ... 

6.4 
r   g 

41     2.59 

O   4.1       1.  21 

62.5 
62.  o 

5 

7 

3.091 

4-    2.  Q7  7 

+    4  33  35-  i 

—    22    2O    11.8 

61.6 
69.  1 

12 

2 

19.74 

-1-    IQ.  71 

V*' 
4O7 

Lacaille  219  .        ... 

j-  w 
7    I 

"    *r*        J*     3 
4.1       6.  4O 

w*>.   -y 

61.8 

/ 
7 

i     •**  y/  j 
2.  CH4 

~    1       •  J.    u 

—  10    6  14.  8 

7     J 

68.4 

2 

1          7    /  O 
IQ.  71 

*TV/ 
408 

Grooinbridge  148.    .    . 

/  - 

7.0* 

*T*           v*  *TV 

41      7-63 

WJ.    W 

65.4 

o 
2 

;*JT^ 

3-728 

O"        "    JT'  v 

+  7°    o  37.  9 

70.8 

2 

\y   /  j 
«9-73 

409 

Weisse  0,  711  .    .    .    . 

9.0 

41     8.  68 

59-2 

3 

3.086 

+       3    22   43.  I 

57-0 

2 

19-73 

410 

Weisse  O,  712  .    .    .    . 

8.0 

41   10.44 

55-2 

3 

3.067 

i   15  '0.5 

5>-2 

6 

«9-73 

411 

4.12 

Weisse  (2)  O,  1057  .    . 
6    Piscium  

4  <; 

o  41  20. 

41    2S.  2Q 

67..  4 

2C 

+     1    IOI 

+  40  22    6.  7 

-1-      6  4Q   21.  ? 

77-9 
62.4 

2 
22 

+  «9-73 
IQ.  71 

^ 
413 

O.  Arg.  S.  428  .    .    .    . 

^  j 
8.0 

*fi    **j*  ~y 
41    32.84 

VJ'  *T 

67.3 

'•j 
2 

o 
3.005 

"    ty       *    J 

-  '5  3°  53-2 

69-3 

2 

y   t  j 
19-73 

414 

Weisse  (z)  O,  1062  .    . 

8.0 

4i  34-5° 

77-8 

2 

3-277 

+  40  19    6.  8 

77-9 

2 

'9-73 

415 

416 

B.  A.  C.  224  

6.0* 
7.0* 

4i  39-53 

O  41    ?O.  2O 

64.9 
7S  8 

2 
2 

3-  200 

_1_    2    Q"?6 

+  27  57  20.  7 
—  20  i  <;  20.  8 

53-9 
64.2 

2 

'9-73 

-1-    10.  72 

f  v 

4'7 

0.  Arg.  S.  435  •    •   •   • 

/ 

8-5* 

\s    .|  i      J*-"  ^7 

41  51.  16 

/  J.  " 

75-9 

2 

T^  *•  yj 
2-959 

"       J    *-y~  v 

-  24.  54  26.  i 

vtj..  • 

68.4 

2 

i        y   t 
19.72 

418 

DM.  +  1°,  145.   .    .    . 

9.0 

42      2.  17 

68.8 

2 

3-079 

+     '  3«  18-  1 

57-9 

2 

19.72 

419 

A  2O 

B.  A.  C.  225  

5-5 

4    O* 

42  3-25 

42    6.  18 

76.9 
68  7 

4 

5-°43 

327Q 

+  82  56  44.6 
4-  40  18  <?.  6 

73-6 
71.6 

2 

I 

19.72 
IQ.  72 

^4,V> 
421 

DM.  +  2°,  108.   .    .    . 

*r*  ** 

8.9 

o  42  14-31 

^w-  / 
65.7 

7 

*  */v 

+  3-085 

i    ^w  *M  j  j  •  " 

+     2  57  38.4 

/  J'  " 

74-9 

j 

2 

y  i 
+    I9.72 

422 

427 

Weisse  O,  724  .... 
Lacaille  223  .       ... 

9.  o* 
6.0 

42    19.  12 
42    IQ   8l 

65.8 

72    7 

i 
6 

3-  103 

2    O?8 

+     7  "  27.4 
—  24.  13  ?<;  4 

68.8 
66.q 

2 
2 

19.72 

IQ.  72 

*T*J 

424 

Weisse  O,  726  .    .    .    . 

9.0 

ttfl    Ay'  *• 
42    2O.  15 

/•'••/ 

63.7 

4 

**  yj" 
3.090 

**t    JO    JJ-  t 

+     49  49-  2 

rv.  y 

61.4 

2 

y  i 
19.72 

425 

«     Piscium,  (ist*).   .    .    . 

6.5 

42    22.38 

69.8 

5 

3-  '97 

+  26  56  51.  i 

70.6 

3 

19.71 

426 

i     Piscium,  (2d*)  .... 

6.5 

o  42  22.  68 

69.8 

5 

+  3-  '97 

+  26  56  49.  i 

70.6 

3 

+  19-  7« 

427 

B.  A.  C.  230  

6.0 

42  23.64 

62.4 

2 

3.009 

-  H  19  «7-3 

64.9 

2 

19.71 

428 

O.  Arg.  S.  442  .... 

7-3 

42  27.60 

64.8 

2 

2.962 

—  23  58  51.2 

67.3 

2 

19.71 

429 

O.  Arg.  S.  443  .    .    .    . 

8.5* 

42  27.85 

77.0 

5 

2.962 

-  24    5  33-4 

66.8 

2 

19.71 

43° 

DM.  +  3°,  no    .   .   . 

8.8 

42  3«-23 

68.9 

2 

3.087 

+    33"  "5-5 

65.9 

4 

19.71 

43' 

Riimker,  N.  F.,  329   . 

8.8 

o  42  36.  45 

65.7 

3 

+  3-  "6 

+    9  59  29.9 

67.7 

2 

+  '9-7' 

432 

Lacaille  224    .... 

6.  i 

42  39-68 

67.7 

«3 

2.961 

-  24    7  31.8 

72.4 

4 

19.71 

433 

Weisse  O,  732    .    .    . 

7.0 

42  44-  77 

65.9 

3 

3.068 

-    o  59  15.8 

55-9 

3 

19.71 

434 

Weisse  O,  733  .    .    .    . 

8.0 

42  48.  67 

65.0 

5 

3-  102 

+    6  54  15.5 

69.4 

2 

19.71 

435 

416 

O.  Arg.  S.  452  .    .    .    . 
^»   Ceti  

7-3 

c.  r* 

43     7.  06 

o  47      7    21 

67.4 

AC    7 

3 

2 

2.956 

+    -2   O22 

-  24  52  58.  i 

IT     2T.    CS     7 

66.9 
U.  8 

2 
-j 

19.70 

4-    IQ.  7O 

to" 

437 

Weisse  O,  742    .    .    . 

3'  J 

8.2 

"   1O       /  •  *•  J 

43  I4.27 

*rj'  1 
63.8 

6 

J.  v^^ 

3-  100 

*"O     JJ'  O 

+    6  20  43.  3 

jt*  v 
57-3 

J 

3 

i      *  y  i  ** 
19.70 

438 

Weisse  O,  749     .    .    . 

7-9 

43  39-72 

64.5 

3 

3.  104 

+     7  '7    4-2 

67.9 

2 

19.70 

439 

I.  aland  e  1390   .... 

7.6 

43  4«-°9 

68.8 

2 

3.258 

+  36  16  13-9 

67.7 

4 

19.70 

440 

Rlimker,  N.  F.,  340     . 

7-3 

43  52-73 

65.8 

2 

3.081 

+     i  59    0.2 

57-9 

3 

19.70 

CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

^ 

0> 
>* 

C 

rt 

B 

s 

£ 

o 
*o 
o 

fe 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

8 

>s 

c 
I 
<u 

s 

1 

**- 

o 

o 

fc 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

O         /           // 

// 

441 

B.  A.  C.  237   .... 

6.0 

044     5.89 

63.7 

2 

+  3-084 

+     2  37  30.  i 

60.0 

6 

+   19-69 

442 

Weisse  O,  762     .    .    . 

8.1 

44    6-  97 

61.  9 

3 

3.066 

i   17  52.  i 

69.  o 

2 

19.69 

443 

DM.  4-  i°,  151     ... 

9.0 

44  16.49 

62.  9 

i 

3-079 

+     i  37  49-  i 

67.9 

I 

19.68 

444 

Weisse  O,  770  .... 

9.2 

44  24.72 

64.  2 

6 

3-087 

+     3  15  37-4 

67.9 

2 

19.68 

445 

Weisse  O,  772  .... 

7-7 

44  28.  62 

69-3 

2 

3.066 

i   14  56.  7 

57-8 

2 

19.  68 

446 

Weisse  O,  775  .    .    .    . 

8.  i 

°  44  43-  °3 

62.9 

12 

+  3-087 

+     3  17  53-5 

61.5 

5 

+  19.68 

447 

Lacaille  234     .... 

6.8 

44  43-  I0 

66.3 

2 

2.860 

-  39  17  26.9 

68.5 

3 

19.68 

448 

B.  A.  C.  239     .... 

5-5* 

44  44-  49 

60.4 

2 

3.528 

-f-    60   21    2O.  O 

60.  9 

3 

19.68 

449 

Riimker,  N.  F.,  354     . 

8.6 

44  49-  82 

65-7 

3 

3-  "7 

+    9  So  24.  7 

66.8 

2 

19.67 

450 

Lalande  1443  .... 

5.8 

45  11-63 

72.9 

4 

3-275 

+  37  47  15-  i 

66.2 

3 

19.67 

451 

Lalande  1444  .... 

7-5 

o  45   16.56 

69.9 

2 

+  3-279 

+  38  16  34.0 

65.9 

3 

+  19.66 

452 

Weisse  O,  786  .    .    .    . 

9.0 

45   24.26 

65.6 

2 

3-  "9 

-f-  10    9  10.  2 

68.3 

2 

19.66 

453 

Weisse  O,  787  .... 

9.0 

45  26.  oo 

65.9 

3 

3-°99 

+     5  54  15-0 

67.9 

2 

19.66 

454 

Weisse  O,  788  .    .    .    . 

8.6 

45  27.86 

64.  o 

4 

3.104 

+     6  56  26.6 

69.4 

2 

19.  66 

455 

Weisse  (2)  O,  1167     . 

6-5 

45  34-  28 

7'-5 

3 

3-222 

+  29  35  '5-5 

57-3 

2 

19.66 

456 

Weisse  (2)  O,  1172     . 

6.2 

o  45  47.  56 

7i-5 

3 

+  3-270 

-1-  36  39  31-8 

46.9 

2 

+  19.66 

457 
4^8 

Lacaille  238    .... 
20  Ceti    

6.5* 

40 

45  48.  20 

4.C     C  1  .  2O 

61.9 

58  q 

2 
IO 

2.950 

7.  063 

-  24  46    7.  o 
i  54  1  8.  6 

70.8 
62.2 

2 
38 

19.  66 
IQ.  66 

*TJ" 

459 
460 

Weisse  O,8oo  (1st  *). 
Weisse  O,  800  (2d  *)  . 

J 

9.0 
9-5 

1^  j  j  *  •  •*» 
46     5-71 
46     5-83 

J     •  7 
65-9 
65-9 

3 

i 

J'  ****J 

3.092 
3.092 

H-     4  H  39-2 
) 

67.5 

O 

3 

*  y  vv 
19.65 

461 

15.  A.  €.243     .... 

7.0 

o  46     7.01 

61.3 

6 

+  3-  088 

+     3  '9  34-  2 

58.8 

3. 

+    I9-65 

462 

Lacaille  239      .... 

6.  i 

46    8.15 

63.6 

3 

2.  911 

-  31     7   12.2 

71.2 

4 

19.65 

463 

Weisse  0,  801  .    .    .    . 

8.7 

46  13-09 

71.9 

3 

3-  "2 

+     8  33     i.o 

63-3 

2 

19.65 

464 

DM.—  i°,  115    ... 

9.0 

46  13-52 

65.4 

2 

3.065 

i  32    8.5 

68.4 

2 

19.65 

465 

Weisse  0,  802  .    .    .    . 

8.2 

46  16.  oo 

68.9 

2 

3-084 

+      2   32   31.5 

57-8 

2 

19.65 

466 

Lacaille  241,  (1st  *)    . 

6.4 

o  46  20.  1  1 

64.  2 

8 

+  2.944 

—    25    32    22.  3 

67.8 

7 

+    I9-65 

467 

Lacaille  241,  (2d  *)    • 

8.5 

46  20.  3  1 

64.6 

I 

2-944 

-    25    32    16.5 

70.0 

I 

19.65 

468 

Weisse  0,  804  .    .    .    . 

8.8 

46  21.  17 

65-9 

4 

3-097 

+     5  «3  32-5 

67.9 

3 

19.65 

469 

Weisse  0,  806  .    .    .    . 

8.8 

46  27.  57 

63-4 

5 

3-077 

+     i     856.9 

60.  o 

5 

«9-  65  . 

470 

B.  A.  C.  240  

6.0* 

46  29.45 

62.0 

16 

"•993 

+  88  16  12.  i 

68.4 

2 

19.65 

47' 

Weisse  O,  807  .... 

8.5 

o  46  32.  36 

65-3 

4 

+  3-«2i 

+    10   21    43.7 

65.8 

2 

+  19-64 

472 

Lalande  1492   .... 

7.2 

46  33-  58 

73-6 

6 

3-285 

+  38  18  26.0 

47-9 

3 

19.64 

473 

Weisse  0,  808  .    .    .    . 

8.0 

46   34.  22 

69.9 

3 

3-  '°3 

+     6  30  54.4 

56-3 

3 

19.64 

474 

v1    Cassiopese  

5-5* 

46  43.00 

59.8 

3 

3-509 

+  58  12  49-  5 

54-4 

5 

19.64 

475 

DM.  +  1°,  159.    .    .    . 

9.0 

46  48.  26 

64.8 

4 

3.078 

+     i   16  19.9 

70.8 

2 

.19.64 

476 

Weisse  (2)  O,  1198  .    . 

8.6 

o  46  54.  34 

76.2 

5 

+  3-  288 

+  38  24  i  i.o 

74-9 

2 

+  19-64 

477 

Weisse  (2)  O,  1199  .    . 

8.1 

46  54.40 

74-9 

5 

3.288 

+  38  24  34.  8 

70.6 

2 

19.64 

478 

O.  Arg.  S.  492  .... 

9.1 

47     2.  14 

65.8 

5 

2-979 

-  18  45  44.  i 

65.8 

2 

19.63 

479 
480 

O.  Arg.  S.  498  .    .    .    . 
21  Ceti   

8.8 

C     r 

47    II.  22 

4.7    1  3    77 

65.8 

7O    Q 

5 

2-979 
3.  026 

-  18  47  18.  o 

—      Q    2Q    ?6.  Q 

65.8 
67  8 

2 
2 

19-63 

10.  6l 

*f  \j^i 

JO  - 

T1/           O      /  / 

/vy'  y 

y      if    j    '  y 

vi  i  .   u 

*  y      J 

U.  8.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

1 
1 

i 
o 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

8 

i 

1 
•8 

o 

fc 

Annual 
Precession, 
1860. 

h.  m.      s. 

Off/ 

„ 

481 
482 

B.  A.  C.  249  

Anonymous 

7-5 
8.8 

o  47  19.  70 

47  40*  48 

66.7 
68.8 

2 
2 

+  2.893 
3   oft  i 

-  33    5  42.9 

2    I  8    ^Q    Q 

67.4 

2 
2 

+  19-63 
19.  62 

tjpzm 

483 

Weisse  0,  829  .    .    .    . 

8.0 

48    4.  16 

55-9 

4 

•  Wl 

3-  1  02 

+    6    5  39.6 

66.3 

4 

19.62 

484 

Lalande  1556  .... 

8.7 

48    4.  42 

59-9 

3 

3.061 

2  15  45-  8 

55-9 

5 

19.62 

485 

DM.  +  1°,  164.   .   .    . 

9-5 

48     7.97 

66.3 

2 

3.080 

+     '  32 

19.  62 

4 

486 

487 

(  ).  Arg.  S.  506  .... 
y     Cassiopeae  

7-4 
3.0* 

o  48  15.75 
48  17.42 

64.4 

73   4 

4 

r 

+  2.983 
•?  556 

-  i?  43  26.  5 

_4_    en    (•!    27    3 

67.8 

71    6 

2 

+  19-61 

IQ.  6  1 

T""/ 

488 

DM.  +  1°,  165.   ... 

9-o 

48  18.  16 

/  J   ^ 
69.8 

j 

3 

3.080 

I     jy  jt      1  •  j 
-f-      I    32    12.6 

f  *•  <* 

62.4 

4 

19.  61 

489 

DM.  —  i°,H7.   .    .    . 
Lacaille  252 

9-5 
6-5 

48  23.96 

48    31    62 

65.4 
62.  4 

2 

c 

3.064 

I    33    12.2 
2C    2^       Q    7 

70.8 

fie  A 

I 

2 

19.  61 
10.  61 

491 

Weisse  0,836  .... 

8.0 

4f  U      £  •  .    "*• 

°  48  34-  79 

65.8 

J 

4 

+  3-049 

4  45     8.  6 

°5«  4 
65.8 

3 

+  19.61 

492 

Weisse  0,  820  .... 

8-7 

48  37-  16 

61.9 

3 

3.064 

'  33  '3-7 

64.6 

4 

19.  61 

493 

Weisse  0,  845  .    .    .    . 
u,     Andromedse  

7-3 
4.0* 

48  54.  74 
48  59.  64 

65-5 

60    2 

4 

3.050 

—    4  29  48.0 

+     37    44    2O    C 

65.8 

46.    I 

3 

17 

19.60 
19.  60 

4.QC 

03  Ceti   

6.0* 

49    o.  18 

"y*  * 
68.7 

3.  OI  2 

jl    ^r   A^~  J 
|2       I     32.  O 

6?     O 

1  / 

19.  60 

*tyj 
406 

Lacaille  256.    .        .    . 

6.8 

o  49     8.  oo 

6"?    2 

+    2.917 

28  32    6.  8 

w  •  y 
64.  8 

2 

_j_  19.  go 

•ty" 
497 

Tr.  Z.  90,  25  

8.2 

40  17.06 

'•'O*  • 

68.8 

2 

2.  926 

—  27     6  26.  9 

67.0 

2 

19.  60 

498 

B.  A.  0.263  
«     Andromedx  

6-5 
<;.  o* 

49  43-n 

4O  44.  1  7 

71.2 
46.  o 

3 

3-214 
3.  IQ2 

-f  26  14  28.  3 

+22    3O    37    Q 

53-9 
70.  6 

3 

J9-59 

500 

DM.  +  1°,  172.   .    .   . 
Lacaille  257  

j*  ** 

9.0 

6-7 

ty   ^T-  •  / 

49  58-  53 

O  4Q    5Q.  34 

61.4 
64.  o 

2 

3.082 

-f-    2.  9^1 

*£  jy  ol'y 

+      2      I      5.9 

—  26    7  20.  8 

69.0 
68.3 

2 
2 

19.58 
+  19-58 

502 

2     Ursse  Minoris   .... 

5-0* 

*ty   jy  j^ 

50    16.65 

W*T'   ** 

62.3 

3 

6.772 

+  85  30  13.4 

70.7 

4 

19.58 

503 

Lalande  1627   .... 

7-4 

50    19.19 

71-5 

3 

3.289 

+  36  44  30-  9 

47-8 

4 

19.58 

5°4 

Lalande  1629  .... 

6.0 

50   23.91 

68.9 

2 

3-306 

+  38  43     6.  6 

65.6 

3 

19.58 

505 

Weisse  0,  871  .    .    .    . 

8.0 

50  30.  10 

63.5 

10 

3-077 

+     I  20    8.  9 

62.8 

6 

'9-57 

506 

B.  A.  0.269  

6.5* 

o  50  34-  03 

55-: 

7 

+  3-  '39 

+  12  56  17.8 

69.4 

2 

+  «9-57 

507 

Weisse  0,878.    .    .    . 

8-5* 

50  42-05 

68.4 

4 

3-107 

+     6  51  13.8 

66.8 

3 

"9-57 

508 

DM.  +  i°,  177   ... 

7.8 

50  46.  96 

74-o 

5 

3.081 

+     i  43  45-  3 

69-9 

5 

'9-57 

509 

Weisse  (2)  O,  1305     . 

8.0 

5'     1-05 

77-8 

3 

3.290 

-)-  36  26  13.  6 

77-9 

2 

19.56 

510 

DM.  -(-  i°,  179    ... 

9-5 

Si  11-85 

72.  2 

4 

3.082 

+     i  5°  45-4 

70.9 

3 

19.56 

5" 
512 

0.  Arg.  8.542.    .    .    . 
Weisse  0,89  1  .... 
0<   Ceti   

7.8 
9.0 
6.0* 

051  29.61 
51  42.82 

64.4 

65-9 
74    4 

7 

6 
8 

+  2.915 
3-  108 
3.008 

—  27  50  57.  2 
+     6  57  46.  8 
—  12    8  ii.  8 

68.9 
66.6 
66  3 

2 

4 
6 

+  >9-55 
'9-55 

10.  55 

5i4 

0.  Arg.  8.544.    .    .    . 

7-2 

5"  49-4' 

/  *r*  T1 

64.9 

4 

2.961 

—   2O  23   21.  2 

"-'•  J 

67-3 

2 

y  jj 
19-55 

5'5 

Weisse  0,  893  .    .    .    . 
a     Sculptoris     

8.8 
4.6 

51  50.08 

O    SI    51.44 

63-7 

63    3 

6 
10 

3.082 

+    2.  898 

+     '  54    9-3 
—  -30    653.2 

56-4 
68.4 

4 

2 

'9-55 
+  '9-54 

5i7 

Weisse  O,  902  .... 

T..  •* 

8.6 

v     J  •      J         ^T 
52     12.54 

j-  J 
68.9 

2 

3.084 

j          jj 

+      2    19   38.4 

••»•  t 

58.0 

2 

19-54 

518 

Rumker,  N.  F.,  451     . 

8.2 

52     25.53 

71.6 

3 

3.089 

+     3  «3  '7-6 

57-8 

2 

19-53 

519 

Weisse  0,  908  .    .    .   . 

8.7 

52     26.  42 

59-9 

2 

3.06I 

•     2     4  58.  2 

54-9 

2 

"9-53 

520 

B.  A.  0.274     .    .    .    . 

6.5* 

S2  34-44 

61.4 

4 

3-  102 

+     5  43  40.  3 

68.5 

2 

19-53 

16 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

|j 

rt 
o 

>, 

C 
1 
v 

S 

4 

|M 

O 

6 
% 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

a 

>, 

s 

J3 

o 

•8 

o 

fc 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /           // 

// 

521 

Lalande  1702  .... 

6-5 

o  52  36.  93 

69.  2 

3 

+  3-  284 

+  34  5°     6.  8 

65.3 

3 

+  '9-53 

522 

Weisse  O,  912  .    .   -    . 

7-7 

52  40.  68 

6S.8 

3 

3.086 

+     2  32  49.  4 

58.0 

2 

'9-53 

523 

B.  A.  C.  277     .... 

7.0* 

52  46.9" 

62.9 

2 

2.855 

-  35  23  36-0 

61.8 

3 

'9-53 

524 

Weisse  0,918.    .    . 

8.0 

52  53-77 

66.3 

3 

3.082 

+     '  52  38-  i 

56.0 

2 

19.52 

525 

Weisse  0,  917  .    .    .    . 

9.0 

52  53-96 

67-7 

2 

3-094 

+     4     8  21.  i 

68.4 

2 

19.52 

526 

Lalande  1737   .    ,    .    . 

8.0 

o  53  23-  98 

64.4 

'    5 

-h  3-  "9 

+     8  43  52.  7 

67.4 

2 

+  I9-5I 

527 

Weisse  0,  925  .    .    .    . 

9.0 

53  26.01 

65-9 

4 

3-  "5 

+     7  56  48-  3 

61.6 

6 

19.51 

528 

Weisse  0,  928  .    .    .    . 

7-3 

53  36-  50 

65.7 

7 

3-094 

+     4    4  44-  9 

60.  2 

3 

19-5' 

529 

0.  Arg.  S.  569  .    .    .    . 

6.9 

53  45-  27 

68.8 

2 

2.917 

—  26  30  10.  2 

63-9 

2 

19.51 

53° 

Weisse  0,931  .... 

8.7 

53  47-47 

65.9 

4 

3.116 

+     8     i     3.5 

61.9 

2 

19-5" 

53> 

Piazri  O,  256    .... 

8.0 

o  53  55-5' 

65-9 

2 

+    3-"2 

+     7  16  49.0 

65.8 

2 

+  I9-5I 

532 

Weisse  O,  935  .... 

8.0 

53  55-59 

65.8 

4 

3.042 

—     5  24    4-o 

65.8 

3 

19-5' 

533 

Weisse  0,  944  .... 

7-8 

54  24.73 

64-4 

3 

3-  '22 

+     8  59  23.  4 

56.9 

2 

19.49 

534 

Weisse  0,  946  .... 

9.1 

54  29.  84 

64-5 

3 

3-I2I 

+     8  51     1.5 

62.  9 

2 

19.49 

535 

Weisse  O,  950  .... 

7-8 

54  38-  37 

68.9 

2 

3-  '24 

+     9  20    8.  7 

55-9 

4 

19.49 

536 

Lacaille  276     .... 

7-2 

o  54  43-  °3 

68.5 

3 

+    2.  858 

-  34    6  57-4 

66.9 

2 

+  19-49 

537 
u8 

Lacaille  277     .... 
70  Piscium 

5-3 

7.  I 

54  45-55 

CA    en   2  1 

69-3 

(,t     C 

2 
IO 

2.  8lO 
31  1  2 

-  39  40  23.  7 

~\-      711       $6 

65.9 

"\7    Q 

2 

5 

19.49 

10.  40 

j-j 
539 

B.  A.  0.284  

/ 

5-5 

j*f   j^-1'  m  * 

55     i-97 

UJ-  J 

68.8 

2 

'  *  *f 

2.8l5 

1           /                  J 

-  38  57  57-4 

Jl  '    7 

53-9 

2 

y  ^y 
19.48 

540 

B.  A.  C.  286  

6-5 

55  I2-52 

64.8 

4 

3->'7 

+     8    4     5.8 

60.  9 

3 

19.48 

54i 

Weisse  0,  965  .    .    .    . 

6.8 

o  55  24-  38 

64-7 

6 

+  3-  "9 

+     8  22  50.3 

58.6 

IO 

+    19-47 

542 

B.  VI.  +  3",  147.    .    . 

8.0 

55  25.94 

72.2 

3 

3.092 

+     3  39  45-o 

57.8 

2 

19-47 

543 

?44. 

Weisse  O,  969  .... 
e     Piscium 

8.8 

4.  4 

55  32*46 

cc  AO  77 

69-3 
65.6 

2 

118 

3.080 

1    112 

+     i  28  29.  3 
+     7     8    8.  o 

67.8 
60.8 

2 

18 

19-47 
19.  47 

j*tt 

545 

Weisse  O,  973  .... 

*T 

9-o 

JJ    T**"  /  / 

55  43-46 

63-2 

3 

J- 
3.081 

[            / 

+     i  35  32-6 

71.0 

2 

19.47 

546 

Weisse  0,  972  .... 

9-o 

o  55  45.  08 

74-5 

8 

+  3-  125 

+    9  22  37.5 

74-9 

2 

+  19-47 

547 
c48 

a     Sculptoris      •   .    .    .    . 
25  Ceti   

5-3 

5C 

55  45-  36 

CC      C7     f)A 

63.0 

72    I 

2 

2.868 

3O4O 

—  32  18  24.  2 

—  -      s    T<      80 

67.8 
6q.  8 

3 
i 

'9-47 
19.46 

J*T" 

549 

Groombridge  227.  .    . 

'  J 

8.0 

JJ     Jl  '  ^"r 

55  57-79 

/  •*•  * 

65.9 

2 

.    VSlfVS 

3-574 

j  jj     ^  y 
+  57  13  4i-8 

"J*  ^ 
67.6 

j 
3 

19.46 

550 

Radclifle3i7    .    .    .    . 

9-° 

56    o.  48 

65.9 

2 

3-574 

+  57  "   H-S 

67.6 

3 

19.46 

55' 

B.  A.  C.  290  

6.0 

o  56     i.  91 

68.8 

2 

+  3-509 

+  53  27  14-7 

53-9 

3 

+  19-46 

552 
ssi 

Groombridge  229.  .    . 

8-5 

92 

56    6.80 

tfi      7    76 

65.8 

77   8 

2 

2 

3-577 

2    Q22 

+  57  17    9-7 
—  24.  so  s8  7 

68.0 
H.  o 

2 
I 

19.46 

19.46 

jjj 
?i;4. 

Anonymous  

•  • 
9n 

J"       /  •  /  " 

56    8.  16 

/  /.  u 

60  o 

•*••  y*-*' 
2   Q21 

'*'*T      J"      J       '    / 

—    24.    l8      Q.  O 

•  y 

60  o 

I 

19.  46 

jj^ 

555 

Weisse  O,  979  .... 

•  ** 

7-o 

56  13.08 

vy.  y 

68.8 

2 

••  y*-j 

3.086 

—  .(      ju          y.  \j 

+    2  30  10.  5 

•*y  ** 

58.0 

3 

19.46 

556 

Weisse  O,  980  .  .   .    . 

9.0 

o  56  14.91 

75-3 

5 

+  3-  «26 

+     9  21  25.  I 

55-9 

4 

+  >9-46 

557 

O.  Arg.  S.  592  .... 

8.0 

56  23.  53 

64.8 

2 

2-927 

-  23  55  56.5 

68.8 

2 

19.46 

558 

O.  Arg.  S.  596  .    .    .    . 

8.0* 

56  34-03 

69.8 

2 

2.894 

-  28  37  58.  7 

66.3 

2 

J9-45 

559 
560 

B.  A.  C.  296  
26  Ceti   

6.5* 
6.0 

56  36-  56 
56  -56.  84 

65-3 
6r  6 

2 
•1 

2.881 
1.  076 

—  30  16  40.  7 
-|-    o  36  56.  9 

67.9 
62.  9 

2 

34 

'9-45 
19.45 

jv    O           " 

VJ>'  v 

j 

j    i 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

| 

>^ 

£ 

3 

<u 

s 

1 

l*~ 

o 

d 

2 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

|J 

rt 

g, 

s 

1 

<— 

O 

1 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /           // 

// 

56i 
562 

Weisse  O,  989  .... 

I  .ru'uillc  290 

8.2 

6.8 

o  56  43-  43 

c6  A  A    co 

70.0 

6q  7 

2 
2 

+  3-157 
2.861 

+   H  28  31.3 

—    ?2   A.Q    $1    C. 

70.0 

64    4 

2 

2 

+  19-44 

I  O    4A 

j 
563 

Weisse  O,  997  .... 

8.0 

J1-*    H-T"  j^ 

57  20.  12 

*Tf"  / 

65-9 

4 

3-  I23 

.}*•  *t-y  jj'  j 

+    8  50    3.4* 

i^,  ^ 
62.0 

4 

ly.  44 

'9-43 

564 

Weisse  O,  1002    .    .    . 

6.0 

57  31-63 

68.9 

2 

3.081 

+     i  33  48.  i 

66.8 

3 

'9-43 

565 

Lalande  1883  .    .    .    . 

7.6 

57  42-  10 

68.9 

2 

3-  "4 

+     7    8  39.  8 

65.9 

3 

19-43 

566 

B.A.  0.306  

6.2 

o  57  55-98 

63.  2 

3 

+  2.844 

-  34  17    3-5 

69.9 

4 

+  19-42 

567 

Weisse  O,  1013    .    .    . 

8.0* 

58    6.80 

59-3 

2 

3-»7 

+     7  34  54-  2 

56.9 

2 

19.41 

568 

DM.  +  9°,  125   ... 

8-5 

58  15  65 

67.8 

2 

3-  '3° 

+     9  47     8.  8 

67.9 

2 

19.41 

569 

s7O 

Weisse  O,  1023   .    .    . 

77  Piscium 

8.8 

r    r 

58  31-26 

cR    -1A    7j. 

63.1 

CQ    -J 

5 

3.082 

3OQ7 

+     i  43  34-4 

+        A       O    A"?     7 

62.  9 

c7  g 

5 

19.41 

IQ    AO 

j  i  w 

571 

B.  A.  0.312  

J    J 

6.0 

j^    J'T-  /'r 

o  58  36.94 

jy-  j 
59-3 

3 

•  **yi 

+  3-097 

*r     y  *rj'  o 
+     4    947-3 

j/  •  u 

57-8 

3 

*y.  ij-v 

+  19-40 

572 

C7T 

O.Arg.  8.613  .... 

1  ,;ir;iil!c  3OI 

7.2 

7    7 

58  43-  I2 
58  50.  28 

68.8 

(.->    c 

2 

2.884 

2    8oA 

-  29    4  19.  3 

—    27    d.2    12    Q 

64.4 
66.9 

2 
2 

19.40 

IQ    d.O 

j  /  j 

574 

Weisse  O,  1028   .    .    . 

/  •  / 

7.2 

58  52.  69 

UO-  J 

68.8 

2 

*•  uy*r 

3.087 

*y    H-*   *  •*•  y 
+       2    31    30.6 

66.4 

4 

•y-  T-V 
10.  40 

575 
C76 

Weisse  O,  1031    .    .    . 
28  Ceti   .... 

8.8 
*.  o 

58  55-64 

O    tlQ       ^    6d. 

63.8 

CY    2 

8 

3.083 

-4-   3  008 

+     i  52  55-7 

—    IO   «    24   8 

62.9 
68.0 

5 

2 

19.40 

-1-    IQ    4O 

J  I 

"J77 

ft    Cassiopeae  ... 

j 
c.  c* 

**  jy     j-  ^T- 

CQ      A     16 

j  1  ' 

-,-,  6 

I      ,)•  V*-"J 

7     C/iC 

•^     OJ      *"T-   M 

-4-  "!4  11  36  8 

71    1 

l 

i     ay*  *rv 
IQ.  3Q 

J  1  1 

57« 

O.  Arg.  S.  621  .... 

J     J 

9-o 

jy      *r-  j*-' 

59    4-  40 

/  j-  " 

63.8 

I 

J'  JT-J 

2.895 

I         JT^         J      J          ** 

-    27    24  44.  2 

/  *  -  J 
67.9 

j 
2 

•jf"  oy 

19-39 

579 

Weisse  O,  1033   .    .    . 

9.0 

59    5-46 

6O.  2 

3 

3.066 

i     o  57.4 

54-9 

3 

'9-39 

580 

Weisse  O,  1034   .    .    . 

9-5 

59    7-  Si 

65-9 

5 

3-  127 

+     9    9  5°-  i 

65.8 

2 

'9-39 

58i 

O.  Arg.  S.  623  .    .    .    . 

8.5* 

o  59  11.63 

64-3 

4 

+  2.894 

-  27  28  44.  5 

67.9 

2 

+  '9-39 

582 
S8-I 

Weisse  O,  1041    .    .    . 
Lacaille  303 

8-5 
6.0 

59  15-82 

e  o  20   £  Q 

65.6 
72    2 

5 

3-063 

2    QIA 

i  29  52.  7 

—   24   44    30  O 

65.8 

7O  4 

2 

6 

'9-39 

IQ.  3Q 

JVJ 

584 

Weisse  O,  1043    .    .    . 

6.8 

jy    •*'w-  jy 

59  20.  79 

!*•  * 

68.8 

3 

"«  y4*!- 

3.118 

**f   ^r   jv-  w 

+     7  36  40-  5 

/  ^*  *T 
56.9 

2 

*r  O? 
19-39 

585 

Weisse  (2)  O,  1490      . 

7-3 

59  32.84 

69.0 

2 

3-333 

+  37  16  45-8 

64.9 

3 

19.38 

586 

Weisse  O,  1048   .    .    . 

9-o 

o  59  39-  39 

68.8 

2 

+  3-ogo 

+     3    3  42-0 

58.0 

3 

+     19-38 

587 

O.  Arg.  N.  1118   .    .    . 

8.o« 

59  48.  72 

75-o 

3 

3-554 

+  54  24  28.2 

77-7 

2 

I9-38 

588 

B.  A.  0.319     .... 

6.0 

59  52.58 

64.  i 

3 

2.817 

-  36  24  37.4 

69.  i 

3 

19.38 

589 

Weisse  O,  1054    .    .    . 

8.9 

59  55-42 

65-7 

3 

3.064 

i  20  23.  8 

65.8 

2 

'9-37 

59° 

O.  Arg.  S.  636  .    .    .    . 

7-o 

i     o  25.  14 

64-3 

4 

2.905 

-  25  36  16.  3 

67.4 

2 

19.36 

59i 

<J02 

Lacaille  310     .... 
ipy  Piscium     .    .    . 

6.0 

7    1 

i     o  25.  14 
o  26.  92 

70.8 

C7    c 

13 

+  2.912 

7      TOO 

—  24  44  41.0 
-1-  10  <;Q  •??.  i 

70.2 
71.  7 

12 

4 

+  19-36 

19.  ^6 

jy 

CO-! 

DM.  +  3°,  161     ... 

I  '  J 

8  e 

O    12    SO 

j  1  •  j 
69.8 

2 

o'  *yy 

3OQ4. 

!         y    jy    jj 
-\-      3    3Q. 

it 

7    3 
IQ.  ^6 

J7J 

594 
595 

Lalande  1966   .... 
29  Ceti   

-  j 
9.  o* 

7   O 

w    J*"  Jy 

o  46.  19 

O  46    7"? 

70.9 
7O   A. 

2 

.  wy^ 

3-697 
3.080 

I        J   Jy 

+  60  47  47.  4 
-1-      I    1C    37.  I 

70.9 
62.8 

3 

IO 

•y  j 
19.36 
19.  36 

596 

O.  Arg.  S.  644  .    .    .    . 

/ 

7-o 

**  fw-  /  J 
1       °    55-09 

/W.   If. 

68.8 

2 

+    2.  883 

i              j   j/  • 
-  28  28   17.0 

72-3 

4 

+    19-35 

597 

Weisse  O,  1075     .    .    . 

6-3 

I       2.76 

65-9 

3 

3.129 

+    9    9  36-  i 

65.8 

2 

'9-35 

598 

Weisse  O,  1076    .    .    . 

8-5 

1     3-49 

61.  5 

3 

3-135 

+  10    6  35.3 

59-9 

3 

«9-35 

599 

B.  A.  0.326      .... 

6.0 

i     4-13 

75-9 

3 

2-839 

-  33  33  42-4 

74-9 

2 

'9-35 

600 

Weisse  O,  1078    .    .    . 

9-o 

i     8.36 

68.6 

3 

3-  126 

+    8  38    8.0 

65.6 

3 

J9-35 

API  84 


18 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

t* 

cd 
V 

^ 

c 

rt 

O) 

S 

£ 

o 
o 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

I-, 
a 

V 

X 

C 
rt 

<D 

X 

J3 

o 

o 

o 

fe 

Annual 
Precession, 
1860. 

60  1 

E     Piscium         

S.  3 

h.  m.      s. 
I      I     Q,  <;6 

61.2 

33 

s. 
4-  1.  102 

0         /           // 

-|-    4  54  29.  5 

62.2 

22 

// 
+  19-35 

602 

fid  5 

Weisse  O,  1079    .    .    . 
i]     Ceti                •            .    . 

JO 

9.2 
4.0 

y  j 
I    11.05 

i  32.  86 

61.5 

6O.  2 

3 

s 

1       O 

3-135 

^.  004. 

+  10    8  41.3 
-  10  55  31.  3 

59-9 
69.  9 

3 

2 

'9-35 
19.  34 

UUj 

604 

Weisse  O,   1085  .    .    . 

6.5 

i  36.78 

68.8 

J 

3 

J.    Wlf 

3.128 

+    8  58  58.9 

59-9 

3 

19-34 

605 

DM.  +  11°,  151  ... 

9.0 

1  49-39 

65-7 

2 

3-  '47 

-f  ii  56  40.  6 

67.9 

2 

19-33 

606 

607 

Lalande  2027    .... 
3    Andromedos 

6.5 
2.  O* 

i     i  53-55 

I     $A.    24. 

68.9 

CO    O 

2 
3 

+  3-344 

3-321 

+    37    22    38.  2 

+  34  52  38.  6 

65.2 
56.4 

3 
4 

+   19-33 
19.  33 

u^/ 
608 
6oQ 

DM.  +  2°,  161     ... 
0     Cassiopes; 

9-5 
4.  q* 

*     3*T"  «TF 

i  59-75 

2     7C     QQ 

jy-  v 

64-3 
c6  c 

J 

5 

1 

•  J1** 

3.085 

•j    £76 

-|-      2      I    40.  I 

-f-  54  24  14.  4 

68.3 
72.  i 

2 

4 

19-33 
19.31 

610 

Weisse  I,  13     .... 

*T*    J 

g.O 

*   jj'  yy 
2   38.82 

ov-  j 

65-7 

O 

4 

.>*  J/" 

3-148 

+  "  55  35-7 

67.8 

3 

19-31 

611 

B.A.C.34I      .... 

7.0 

i     2  46.  43 

45-7 

2 

+  3-  168 

+  H  55  39-  5 

69-9 

2 

+  I9-31 

612 

Weisse  I,   15     .... 

8-5 

2  47-  93 

68.8 

2 

3.087 

-(-      2   2O      3.  O 

65.8 

2 

'9-31 

6'3 

Weisse  I,  20     .... 

9-3 

3     !.°6 

64.6 

8 

3.086 

+       2    15    15.4 

66.4 

2 

19.30 

614 

Weisse  I,  22     .... 

8-3 

3  14.88 

65.8 

2 

3-139 

+  10  24    4.  9 

65.9 

3 

19.30 

615 

45  Andromedse      .... 

4.8 

3  18.76 

69.  2 

3 

3-346 

+    36    58   41.4 

47-9 

2 

19.30 

616 

O.  Arg.  S.  665  .    .    .    . 

7-5 

i     3  20.  21 

62.3 

6 

.+  2.887 

-  26  56  24.  3 

66.6 

3 

+  19-29 

617 
618 

Lamont  187      .... 
X    Piscium     

9.0 
4.8 

3  47-53 

;    C6.  OI 

65.4 

61  o 

2 

4 

3.061 
3.  208 

i  44  19-3 
+  20  17  20.  9 

54-9 
69.4 

2 
2 

19.28 

19.28 

619 

Weisse  I,  40     .... 

9.0' 

j   j^'  "* 
4    6.  81 

WJ*  w 

47.0 

•f 

4 

J"    *•' 

3-054 

2  43  54.  2 

47-3 

4 

19.28 

620 

Weisse  I,  39     .... 

6.7 

4    9.06 

65.9 

6 

3-134 

+     9  32  47-  7 

65.8 

3 

19.28 

621 
622 

Weisse  1,42     .... 
Weisse  1,43     .... 

8.4 
8.5 

I     4  13-74 
4-    14. 

72.9 

5 

+  3-  M8 

^.  O06 

+  ii  36    9-° 
+     3  41     1-5 

67.8 
58-5 

2 

2 

+  19-27 
19.27 

623 
624. 

B.A.C.35S      .    .    .    . 
•jj.  Ceti 

7.0* 
6  5* 

f    **t- 
4  33-67 
4?6  21 

75-9 
76  7 

3 

c 

J           .7 

2-833 

7  CK  3 

-  32  59  39-4 
2  59  45.  i 

74-9 
74-  9 

2 

3 

19.  26 
19.  26 

W^tj 

625 

Weisse  I,  55      .... 

J 

7-i 

y*'  -o 

4  58-05 

/  Wi  / 

65.8 

j 
4 

j*  ^j  j 

3.148 

+  ii  32  21.3 

65.8 

2 

19.  26 

626 

627 

DM.  +  12°,  146  ... 
«  Ceti   . 

8-5 
6.  c* 

i     5    4.28 
c  20  OT 

65.6 

6l    Q 

3 

? 

+  3.154 
3.08? 

+    12    17   40.3 

+     i  43  51.  i 

67-3 
65.9 

2 

2 

+  19-25 
19-25 

"**/ 

628 

Weisse  I,  62     .... 

J 

9.0 

J    *•  '•  WJ 

5  24-39 

u»  .   y 

65-9 

J 

3 

j*  ***'j 

3-M7 

+  ii   H  52.7 

65.8 

2 

19.25 

629 

Groombridge  270     .    . 

8.5 

5  35-oo 

66.6 

3 

3-492 

+  48    2  37.  5 

67.9 

2 

19.24 

630 

Weisse  I,  65     .... 

8-3 

S  44-64 

70.8 

3 

3-  '46 

+    11      O    19.  2 

68.4 

2 

19.24 

631 

Weisse  I,  66     .... 

7-8 

i    5  47-03 

69.8 

3 

+  3-  «45 

+  10  56  19-3 

65.8 

2 

+  19.24 

632 

DM.  +  2°,  171     ... 

9.4 

5  50.47 

63.8 

7 

3.086 

+      2    II      5.3 

62.8 

5 

!9-23 

633 

Weisse  I,  72     .... 

8-3 

6  12.73 

58.0 

2 

3-055 

.      2    36      8.0 

47-o 

3 

ig.  22 

634 

B.  A.  €.366     .    .    .    . 

6.0* 

6  1  6.  04 

76.9 

3 

2-795 

-  35  56  58-6 

74-9 

2 

19.  22 

635 

f     Piscium  (ist*)     .    .    . 

5-6 

6  25.  18 

63.1 

10 

3-  n8 

+     6  50    3.4 

58.1 

5 

19.  22 

636 

Lacaille  329     .... 

7.0 

i     6  25.  83 

62.7 

3 

+    2.  789 

-  36  29  25.0 

67.9 

2 

+    19.22 

637 

Weisse  I,  76     .... 

8.0 

6  26.  25 

67.4 

2 

3-139 

+  10    4  12.7 

69-5 

2 

19.22 

638 

f     Piscium  (2d*)  .... 

6.7 

6  26.60 

64-3 

6 

3-  n8 

+     6  50  13.8 

58.9 

3 

19.22 

639 

Weisse  I,  88     .... 

7.0 

6  56.  78 

66.3 

3 

3-053 

2  51  25.7 

68.4 

2 

19.  21 

640 

Weisse  I,  89     .... 

9.0 

6  59.01 

71.9 

3 

3-°77 

+    o  45  21.2 

76-4 

2 

19.21 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

h 
• 

U 
>, 

§ 

6 

s 

1 
i« 

o 

6 
% 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

| 

>< 

\ 
S 

1 
"o 

6 
fc 

Annual 
Precession, 
1860. 

64I 
642 

Weisse  I,  91     .... 
88  Piscium     

8.0 
6.0 

h.  m.      s. 
i     7     6.55 

7   2S.  ?7 

66.3 

60.  2 

3 

s. 
+  3-052 

3    I  14. 

0           /           // 

—    2  55  20.  o 

4-      6    1C    13.  7 

67.9 

62.  2 

2 

// 
+  19.20 

IO    IQ 

643 

Weisse  I,  99     .... 

8.2 

/      j   j  / 

7  29.91 

**3F* 

68.8 

2 

J'  *  **r 

3.098 

i           j    j  / 
+    3  5i   15-5 

59-o 

3 

•V-  »y 
19.19 

644 

Weisse  I,  ioo  .... 

7-8 

7  3I-56 

61.  9 

4 

3-133 

+    8  59  59-  5 

59-9 

7 

19.19 

645 

O.  Arg.  S.  704  .... 

8.8 

7  35-56 

68.8 

3 

2.890 

-  25     2  37.0 

66.7 

4 

19.19 

646 
647 

Polaris  (Comes)   .    .    . 
38  Ceti    

9-5 

7.  O 

i     7  36.48 

7    4O   41 

63-2 

^.4. 

3 

e 

+18.523 
3.  060 

+  88  33  31.0 
—     i  43  26.  6 

70.0 

5C    4 

7 
8 

+    19-  19 
IQ    IQ 

"~r/ 

648 

Polaris 

/ 
2.  O* 

/      ^"-  *TJ 

8     3 

J  J       T" 

j 

1  8.  667 

_l_  88  11  A'J  o 

j  j    ^ 
54    6 

767 

7-  *y 
19.  18 

649 

Weisse  I,  113  .    .    .    . 

7.0 

*•      J* 

8  27.47 

61.9 

3 

3-135 

\        ""     JO    •+/  •  w 

+     9     2  32-5 

J*T-  ** 

58.7 

/u/ 
6 

19.17 

650 

Schjellerup  402    .    .    . 

9-2 

9     3-82 

63.0 

2 

3.088 

+     2  16  41.  i 

66.9 

2 

I9-I5 

651 
652 

Weisse  (2)  I,   162    .    . 
Weisse  I,  128  .    .    .    . 

6.8 

i     9  18.  68 

920    ^6 

68.9 

76    Q 

2 
2 

+  3-391 

3      I  O2 

-|-  38  44  26.  6 

-1-     4  18  ?6  7 

45-9 

eg   1 

5 

•J 

+  I9-I5 

IQ    Id. 

w  j  *• 

651 

30  Ceti 

e   O 

•  y  o" 

92Q    7T 

/"•  y 

68.  9 

2 

•   *v* 
3OCO 

i      *f  *^  jv-  / 

—       3    14    l8    Q 

J"-  J 

71    4 

J 

•y»  »tf 

IO    Id. 

JJ 

654 

15.  A.  C.  385      .... 

j-  w 
7-2 

•  y  /o 

9  36-  82 

77-7 

2 

.  v^v 

2-793 

j  *T-  *^-  y 
-  34  53  20.  3 

/  *•  *f 

74-9 

2 

»y.    *i|. 

19.  14 

655 
6?6 

Weisse  (2)  I,  179    .    . 
40  Ceti       .    .            ... 

8.8 
6  7 

9  44-99 
I      o  49.  06 

68.8 
61  3 

2 

2 

3-369 

-1-    7    O5  1 

4-  36  40  13.  6 

-7        O    CO    Q 

74-o 
60  -! 

2 

I9-I3 

+    IQ    11 

j 

657 

Weisse  I,  137  .... 

vt  i 

8.4 

9  57-79 

Ul.  J 

77-7 

2 

T  J*  u->  4 
3.166 

O        v     J^'  7 

+  13  1°  35-3 

7-  J 
72.9 

2 

*y*  *j 

19:13 

658 

Weisse  I,  138  .... 

7-o 

9  57-82 

65.5 

2 

3.081 

4-     i   16  31.6 

63.6 

3 

19-13 

659 

Weisse  I,  139  .... 

7.8 

10    4.90 

68.9 

2 

3.  ioo 

+     3  55  32-  5 

58.0 

2 

19-13 

660 
66  1 

Weisse  I,  144  .... 
f    Piscium     

8.0 
6.0 

10  1  8.  47 
i  10  34.  81 

75-6 
14  6 

4 

5" 

3-  I64 

+     7    OQ7 

+  12  49    7-o 

4-      2    <\2    1$   A. 

69.4 

6e,  t 

7 

2 

19.  12 

4-  lo  1  1 

662 

41  Ceti       

c  8 

TO   40    32 

jt-  w 
68.8 

2 

,}•  **yj 

3OI  2 

I           —    5*    JJ'  M- 

8  25  c8  "; 

J-  O 
7O   6 

e 

-j-  <y.  « 

IQ    1  1 

663 

Lalande  2330  .... 

j'  ** 
6-5 

iv    f1-'.  J* 

:o  51.  64 

68.9 

2 

>  v*  .t. 

3-375 

w  t,^  j^>.  3 

+  36  38  53-7 

/\^.    VJ 

47-4 

j 

5 

*y-  *  * 
19.  IO 

664 

Weiss?  I,  162  .... 

7.2 

»  37-75 

68.7 

2 

3-  ioi 

+     3  54  58-  7 

63.0 

2 

19.08 

665 

Schjellerup  413    .    .    . 

7-5 

u  48.97 

68.8 

2 

3-  i°3 

+    4  17  45-5 

58.3 

3 

19.08 

666 

O.  Arg.  S.  752  .    .    .    . 

7-5 

i   ii  54-77 

69.7 

2 

+  2.839 

-  29  28  16.  i 

66.3 

2 

+   19.08 

667 

B.A.C.397      .... 

7-2 

12    9.65 

62.  9 

2 

3.090 

+     2  33  12.5 

62.8 

5 

19.07 

668 
669 

DM.  +  2°,  191    ... 
42  Ceti   

9-1 

6.0* 

12    19.68 
12    38.  QO 

69.8 

6?   q 

2 
2 

3.092 

"?     O6"? 

+     2  49  14.  2 

—      I    14  41.  O 

65-9 

??.  4 

2 
•? 

19.06 
10.  06 

;* 

670 

Weisse  I,  188,  (ist*)  . 

9.2 

.  *.       JV    yv 

12   49.78 

j  y 

72.4 

3 

O-  *"*J 

3.169 

••f    *TO-  " 

+  13     !  47-3 

JJ     *T 
70.9 

J 
2 

*y  vv 
19.05 

671 

Weisse  I,  188,  (2d*)  . 

9.0 

I    12   50.35 

72.2 

5 

+  3-  169 

+  13     i  52-7 

68.5 

2 

+    I9-05 

672 

Weisse  I,  197   .... 

8-7 

13      7-42 

61.9 

5 

3.085 

+     i  45     7-6 

62.O 

2 

19.04 

673 

Lalande  2410  .    .    .    . 

8-5 

13    14.04 

58.7 

3 

3-  167 

+  12  43  55.  7 

67-7 

2 

19.04 

674 

DM.  +  22°,  214     .    . 

9.0 

13    21.40 

67.2 

2 

3-249 

+  22  47  47.6 

69.4 

2 

19.04 

675 

DM.  4.    5°,  170   ... 

8-3 

13    24-76 

74-9 

3 

3-iiS 

+    5  53  io-7 

73-7 

4 

19.04 

676 

Weisse  I,  201  .... 

8-5 

I    13   26.OO 

67.3 

2 

+  3-  162 

4   12    7  35.0 

65.8 

3 

+    I9-04 

677 

Weisse  I,  202  .... 

7-o 

13   28.25 

61.4 

3 

3-°43 

-    3  58  58-8 

55.6 

3 

19.03 

678 

Weisse  I,  206  .... 

7-5 

13   44.28 

62.0 

4 

3-057 

2      2  46.  9 

55-9 

6 

19.03 

679 

Lacaille  362  

6.8 

13   46.  92 

63.0 

2 

2.830 

-  29  43  19.  i 

67.0 

2 

«9-03 

680 

Weisse  I,  208  .... 

9-5 

13   53-3° 

67.4 

2 

3-«56 

+  n   II  32-4 

69-4 

2 

19.02 

20 


CATALOGUE  OF  STARS  OBSERVED  AT    THE 


Number. 

! 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

rt 
w 
>-* 

C 
rt 
U 

?. 

JS 

o 

lM 

o 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 
U 

>* 

1 

4 

•o 

o 

Annual 
Precession, 
1860. 

h.   m.       s. 

s. 

0         /             // 

// 

68  1 

f     Andromedae      .... 

5-5 

i   14     6.  81 

6l.5 

3 

+  3-494 

+  44  47  38-  I 

68.0 

2 

+  19.02 

682 

DM.  —  i°,  178   ... 

9.1 

14  39.  88 

69.  2 

3 

3-o63 

i     5 

53-8 

2 

19.  oo 

683 

Weisse  I,  225   .... 

9.0* 

14  40.  66 

47-0 

3 

3-052 

2  43  53.0 

46-9 

4 

19.00 

684 

Weisse  I,  227  .... 

9-5 

i5     3-  '9 

47-o 

3 

3-052 

—     2  37  50.0 

68.9 

i 

19.00 

685 
686 

Weisse  I,  229  .... 
AJ  Ceti 

8.7 

6.  2 

15    4-59 
iis  2S.  56 

62.9 
65.2 

4 
6 

3-093 
+  3-  063 

+     2  47     8.  i 

I    10   58.  2 

6^.8 
61.  o 

4 
13 

19.00 

+  18.98 

687 

'  DM.  +  5°,  173   ..- 

9.1 

j  *  j'  j 

'5  29.57 

"J-   *• 

65.8 

2 

3-  1  15 

+    5  4i  57-4 

67.8 

2 

18.98 

688 

B.  A.  C.4H  

5-8 

15  47-28 

77-6 

2 

2-735 

-  37  47     7-  i 

74-9 

2 

18.97 

689 

Weisse  (2)  I,  325     .    . 

8.0 

1  6  23.  76 

73-3 

4 

3.418 

+  38  19  52-3 

74-4 

3 

18.97 

690 

Weisse  (2)  I,  329    .    . 

8.0 

16  28.92 

74.8 

3 

3-418 

+  38  17  37-4 

64.9 

3 

18.96 

691 

692 

Weisse  I,  255  .    .    .    . 

8.1 
4  s 

I   16  29.  48 
16  41.  S2 

65.8 
6s.  4 

5 

2 

+  3-  "6 
3-8i8 

+     5  46    5-8 
+  59  30  21.  5 

68.4 

7'-  i 

2 

5 

+  18.95 

18.94 

693 

6oA 

B.  A.  C.  418  
AA  Cell 

T"     J 

6.8 
6.0 

**  t  *  .  j  *• 
1  6  54.  46 

17      O    24. 

VJ'  *T 
63-6 

7S.  S 

3 

4 

2.866 
3.004 

-  25     5     8.0 
•     8  44  12.  9 

66.9 
77-  7 

2 
2 

18.94 
18.93 

vjy-4. 
601; 

0     Ceti   

"i.  S 

/                '       T" 

17      I.  SO 

/  j   j 

56.7 

232 

3.003 

•     8  54  23.4 

53-  5 

37 

'8.93 

^yj 

696 

Weisse  I,  269  .... 

j  j 
8.0 

/             jy 

i  17   6.90 

j      i 

65.8 

5 

+  3-  "6 

+     5  45  12-0 

65.4 

2 

+  18.93 

697 

B.  A.  €.424     .     .    .    . 

6.5 

17  41.00 

76.9 

4 

2.788 

-  32  32  27.  3 

74-9 

2 

18.91 

698 

Weisse  I,  281   .    .    .    . 

9-5 

17  41.87 

65-3 

2 

3.020 

6  42  49.  3 

67.8 

2 

18.91 

699 

Weisse  I,  280  .... 

5-0 

17  41.96 

68.8 

2 

3-°44 

•     3  34  42.  2 

55-6 

6 

18.91 

700 

Lalande  2559  .... 

7-o 

17  45-45 

69.8 

4 

3-39' 

+  35  37  46.  6 

48.9 

I 

18.91 

701 

O.  Arg.  S.  818      ... 

7-i 

I  17  49.23 

68.9 

2 

+  2.823 

-  29  13  51-3 

64-5 

3 

+  18.91 

702 

Weisse  I,  288  .... 

7.0 

i?  57-37 

68.9 

2 

3-oig 

-    6  40  37.  i 

66.8 

2 

18.89 

7°3 

Weisse  I,  299  .... 

8.0 

'8  35-95 

61.8 

3 

3-  '49 

+    9  40  37-  7 

55-o 

2 

18.89 

7OJ. 

0     Piscium     .            ... 

S.o* 

1  8   42.  70 

6l.  q 

6 

3.  222 

-|-  18  26  33.4 

71.4 

4 

18.89 

y  v^t|. 

7ot; 

04  Piscium         

J  ' 

c  8 

"T".   /  ;7 

IQ    8.  -?6 

7 

6s.  8 

2 

3-  224 

-f  1  8  30  50.  i 

66.4 

2 

18.87 

/u.> 
706 

Lalande  2603   .... 

J 

7-6 

y            j 
I    If)    IO.  08 

VJ*  *•* 

69-3 

2 

+    3-438 

+  38  55  4o.o 

66.3 

3 

+  18.87 

707 

Lalande  2612   .... 

8.4 

19  15.  61 

67-9 

3 

3-063 

i   10  24.9 

68.4 

2 

18.87 

708 

Weisse  1,313   .... 

8.0 

19  16.  70 

68.9 

2 

3-153 

-f-    IO    IO    IO.  I 

56-9 

2 

18.87 

709 

B.A.C.433  

6.5 

19  17-54 

64.4 

5 

3-063 

i     7  38.0 

62.7 

6 

18.87 

710 

Weisse  I,  330  .... 

7.8 

20      2.  38 

63.2 

6 

3-097 

+     3    4  46-  1 

62.7 

5 

18.85 

711 

Weisse  1,  328  .    .    .    . 

8.7 

I    2O      2.  58 

65.8 

6 

+    3-122 

-f-     6  14    6.  9 

65.8 

3 

+  18.85 

712 

Weisse  I,  335   .... 

8.6 

20    20.34 

63.2 

5 

3-097 

+     394-2 

62.7 

5 

18.84 

713 

Weisse  I,  336  .... 

9.0 

2O    24.  I? 

65-9 

2 

3-  '37 

+    837-I 

55-4 

2 

18.83 

7H 

71  C 

DM.  +  8°,  236     .    .    . 
Lacaille  403              .    . 

9.0 
6.0 

20   35.91 

20  41  .  18 

68.9 
63.  o 

3 

2 

3-  '39 

2.875 

+    8  18  13.9 
—  23    3  46.  i 

55-9 
70.  3 

2 

3 

18.83 
18.83 

/  *3 

7i6 

s.o* 

i  20  52.  37 

WJ.    V 

63.  1 

2 

+  4-  311 

+  69  32  31.  i 

66.8 

'3 

+  18.82 

/  <VJ 

7>7 

B.  A.C.439  

J 

6.5 

20   52.77 

61.2 

3 

3.208 

-f-    l6    21     12.0 

67.9 

2 

18.82 

718 

B.  A.  C.  440  

7.0 

21       2.58 

61.5 

3 

3-  '3i 

+     7  14    4-6 

68.4 

2 

18.82 

719 

Weisse  I,  348  .... 

8.2 

21       7.21 

69-3 

2 

3-'3« 

+     7  13  56-o 

68.4 

2 

18.81 

720 

DM.  +  13°,  218  .    .    . 

8-3 

21     10.43 

68.9 

, 

3-187 

+  13  55  55-9 

57-o 

3 

18.81 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


21 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

|J 

rt 
u 

S-v 

c 
3 
u 

s 

4 

IM 

0 

O 

fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

|j 

rt 
U 
>^ 

C 

s 
s 

J3 

o 
"o 

6 

•K 

Annual 
Precession, 
1860. 

h.  m.     s. 

s. 

0         /             // 

// 

721 

O.Arg.  8.850,  (1st*)  . 

9.0 

i   21   15.81 

66.8 

2 

+  2.921 

—  '7  59 

+   18.81 

722 

727 

O.Arg.  8.850,  (2d»)  . 

1  ,;i  (  ;i  i  1  lr  4-O7             . 

8.0 

6.  q 

21    16.  66 

21     17.  O2 

65.8 
63.  3 

3 

7 

2.921 

2    877 

-  17  59  19-7 

22    4.1    •?  I     1 

71.8 

7O    O 

5 
a 

18.81 
18.  81 

/  *o 

724. 

J 

7-  S 

21    26.  13 

.>-  o 
64.6 

J 
1 

/  / 
2.826 

**     *O      J  *'    J 

—    27    SO    IQ.  4. 

/'-'•  y 
68.  3 

j 

2 

18.80 

/  ***T 

72? 

96  Piscium     

S-  5 

21    /|  /|    76 

61.  i 

J 

3 

3-  126 

/       J           *"*  T^ 

-1-       6    ^4,    12.  1 

*•*•  O 

68.  5 

2 

1  8.  70 

/  "y 

726 

Weisse  1,  362  .... 

8.0 

I    21    58.08 

65.9 

2 

+  3-019 

I              "     OT^                  O 

6  25  34.  9 

J 

68.4 

2 

v*  /  y 
+    18.79 

727 

O.  Arg.  S.  86  1  .... 

6.8 

22     9.  74 

63-3 

2 

2.848 

-  25  31  24.8 

67.4 

2 

18.78 

728 

72Q 

B.  A.C.445  
Lacaille  422 

8.0 
6.  5 

22    12.98 
22    31.  OI 

76.0 

77.8 

2 
2 

2-794 

2    7IO 

-  30  37     7-  2 

-37      -I-3      -52      1 

75-o 

77    Q 

2 
2 

18.78 

l8    77 

/  •? 

730 

Weisse  I,  375   .... 

J 

8.1 

22    42.  63 

II 

64.4 

2 

•"  /  mw 
3.069 

O/    JO    J*'  J 

-      O    21       2.  O 

/  /  •  y 

56.4 

3 

•w*  /  / 

18.76 

73' 

712 

Weisse  1,381   .... 
/j.     Piscium     

7-  » 
5.  o 

I    22   50.  12 
22    «I.  IT. 

65.8 
58.  I 

5 
10 

+  3-020 
}.  117 

6  19  ii.  5 

-1-      1    2?    !<;.  7 

65-4 
61.7 

2 
26 

+    18.76 

18.  76 

/  o" 

733 

Weisse  1,  382  .    .    .    . 

8-5 

j         j 

22    55-38 

J 

67.  2 

3 

o*       *  / 

3.159 

I           J     *•  J        J     / 

+    10  21    57.8 

54-9 

2 

18.76 

734 

Weisse  1,389  .    .    .    . 

9.0 

23    20.05 

65.7 

4 

3-077 

+    o  38    9.  9 

65-8 

2 

18.75 

735 

T>(, 

B.A.C.4S2  
n     Piscium            .        . 

6.4 

4.  2 

23    46.87 
I    23    KQ    78 

63.2 
6<.8 

3 

IOO 

2.829 

-1-    3.  107 

-  26  55  54.6 

4-    14.    77    22.  0 

65-4 
61.  ? 

2 
14 

18-73 

-i-    l8    72 

i  jw 

737 

Weisse  I,  402   .... 

8.0 

J     J7'  I  u 

24    5-12 

"J*   •* 

65.8 

•  vy 

5 

i        J-   *7t 

3.019 

n         *T^     O/      **•  ^/ 

6  16    o.  3 

J 

65-4 

"t 

2 

i       *  tj"  /  * 

18.72 

738 

B.A.C.454  

6-5 

24  18.92 

64.9 

2 

3-158 

+  10    9  57.1 

67-9 

2 

18.71 

739 

Lalande  2751    .... 

8.0* 

24  3°-44 

70.9 

2 

4.279 

+  68  13  24.3 

70.9 

2 

18.71 

740 

Weisse  1,  410  .... 

7.0 

24  3'-  43 

68.8 

2 

3-151 

+     9  '5  59-3 

56.3 

3 

18.71 

74i 

742 

Weisse  1,414  .... 
Rumker  331 

8-3 
8.6 

i  24  48.  19 

2C      o    12 

68.8 
68.9 

2 
2 

+  3-  '66 

3.  O3Q 

+  10  58  26.  3 

—       3    SI       ?    O 

56.9 

^?.  0 

2 
2 

-1-  18.70 
18  70 

/*T* 

743 

74J. 

B.  A.  €.460  

Lacaille  435  

5.8 

7-  2  " 

j      '"  o*1 

25  14.  66 
25  20.  76 

J 

68.9 

63.5 

2 

3 

j     oy 
2.780 
2.  809 

j  j       j 
-  31     o  ii.  i 

—    28    25    •?!.  O 

jj*  7 
55-8 
66.9 

4 
2 

***  /  v 

18.68 

18.  68 

/  *T*T 

745 

74.6 

Lacaille  436  
DM.  -f  14°,  236  .    .    . 

7-3 

25  28.  72 

I    2?    33.  C7 

66.4 
70.  9 

2 
3 

;* 

2.851 

4-  3-  204 

J    J 
-    24   22      O.  5 

-1-    14    ?8    1.4.  •? 

67.9 
70.  4 

2 

6 

18.  68 
+  18.67 

/  *T" 

747 

Weisse  1,432   .... 

8-5 

J     JO    JJ 

25   34.63 

73-6 

J 

3 

i  j'  ~*"t 
3-052 

1        "^    J"    O^-  J 

2    22   27.3 

54-8 

3 

18.67 

748 

Lacaille  438,  (ist*).    . 

8-5 

25  45-  27 

63.0 

2 

2.821 

—  27  16  14.  i 

68.3 

3 

18.67 

749 

Lacaille  438,  (2d*).    . 

7.0 

25  46.43 

69.7 

I 

2.820 

—  27  16    6.  6 

68.9 

2 

18.67 

75° 

B.  A.C.464  

6.0 

25  58.09 

58.8 

2 

3-136 

+     7  29  22.4 

70.3 

3 

18.66 

75i 

Lalande  2832  .... 

8.9 

I  26    o.  89 

67.6 

4 

+  3-050 

2    30  41.6 

54-9 

2 

+  18.66 

752 

Lalande  2844  .... 

8.0 

26  29.  ii 

66.8 

2 

3.050 

2  35    6.  i 

58.4 

4 

18.65 

753 

Weisse  (2)  1,575-    .    . 
Lacaille  444  

9.0 
6.4 

26  30.49 
26  35.48 

69.  2 
63.8 

9 

2 

3.204 
2.845 

+  '5     3    2.6 

—  24   53   33.  3 

57-6 
72.8 

3 

5 

18.64 
18.64 

755 
7?6 

B.  A.C.  466  

5-° 
Q.  7 

"f     JJ'  ^"* 

26  40.  08 
i  26  45.  47 

76.6 
68.9 

3 
i 

"*Tj 

2.  692 

-1-    3.CKO 

T^      JJ      JJ       J 

-  37  35    6.  3 

•      2   29  40.  I 

74-9 
70.  o 

2 

3 

18.64 
+  18.63 

/  j 
757 

B.  A.C.469  

y   i 

5-5 

27  14-95 

64.5 

3 

1       O    vj" 

3-231 

+  17  44  39-5 

69-4 

2 

18.62 

758 

Riimker,  N.  F.,  755     . 

8.8 

27  25.51 

68.9 

2 

3-125 

+    6    2  38.  3 

58.0 

2 

18.61 

759 

B.  A.C.  471  

7-5* 

27  32-38 

59-i 

2 

3-138 

+     7  33  25-  6 

67.9 

2 

16.61 

760 

Weisse  1,  468  .... 

8.4 

27  33.62 

65.6 

4 

3.200 

+  H  33  "-9 

66.7 

2 

18.61 

22 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

s 

;>, 

C 
rt 
u 

•s 

ui 

•8 

o 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
18600. 

!_ 

rt 
U 
>% 

1 

S 

.2 

o 

!*• 

O 

6 

a 

Annual 
Precession, 
1860. 

761 

Lacaille  45  1             .    . 

6.  7 

h.  m.      s. 
I    27    1^.  26 

68.8 

2 

s. 

_L    2    7QO 

0           /           // 

—    2Q    1O      Q    S 

64.8 

// 
+  18.  61 

/ 

762 
76^ 

Lalande  2864   .... 
Lacaille  452  . 

/ 

6.5 

7.8 

/  jjr 

27     36.01 

27   4.6   OI 

68.  i 

62    Q 

4 

•3 

1      ••  /  y^ 
3-074 
2.  805 

•IF  jw     y-  j 

+       0    14    12.  I 

—  28     4  <6  Q 

60.7 
66.4 

5 

2 

|8.6l 

1  8.  60 

/      J 

764 
761; 

Lacaille  453  
Lacaille  456 

/ 

6.6 

6.  2 

ft  I        tf\J,    V4 

27    52.89 
28    13.  58 

***•  y 

63-3 
61   n 

J 

3 

2 

2-795 
2  SAA 

^.^j      i   ju-  y 
-  28  57  17.8 

—    24.    2?       7    A 

68.0 
6c   A 

2 
2 

1  8.  60 

rS     en 

/      J 

766 

(:o 

I    28   17.  51 

wj.  «-» 

60.7 

C 

*•  UiH- 

+      •3      106 

*t   "3      /  •  T- 

4-  !•?  56  -?8  "; 

^J-  T- 

68.9 

2 

10.  ^y 

4-    18   Co 

767 
768 

B.A.C.477  
Lacaille  459  

6.0 

7.  2 

*  /  •  j  * 

28  20.48 
28   2$    70 

/ 
50.8 

64.    Q 

j 

6 

2 

J*  •y1-' 

3-223 

2    70S 

*O    J"    J^'  .) 

+  «6  42  57-3 

—    ?6       "?    4Q    I 

68.5 

68.  9 

2 
2 

-p     10.  jy 
18.58 

18.  58 

769 

B.A.C.479  

/  • 
6.2 

j   t  y 
28  27.  13 

w*f  y 

65-3 

2 

•£,*  /^ 

2.750 

j**     o  T-y-  • 
-  32  36  34.  7 

71.6 

3 

18.58 

770 

B.  VI,  ii,  37     .... 
Lacaille  458 

8.0 
6.  8 

28  29.  95 

I    28    31    71 

68.8 
68.2 

2 

2.846 

+    2    77/1 

—  24  10     2.  4 

—    1O    17    S  S     I 

64.9 
68.  3 

2 
2 

18.58 

-1-   18   s8 

772 
771 

O.  Arg.  S.  938  .    .    .    . 

50  Andromeda? 

8-3 

C    O* 

*«    j1-1  /  j 

28  35.  65 

28    1C.    7Q 

69.8 

AC    7 

2 
2 

*"     /   /  T- 
2.774 

•3   co6 

jw   Ji     jj~  L 

-  30  35  39-  4 

+4O    42       7    8 

69.4 

74    2 

2 

6 

-(-      10.  }0 

18.58 

18.  58 

113 

774 

B.  A.  0.481  
B.  A.C.  482      .    .    . 

J'  v 

6.0 
?.o 

*"V   jj~  I  y 

28  43.  47 
29    o.  26 

43-  / 
67.4 

64.  o 

2 

2 

0-   JUU 

3-133 

1  8co 

*rw    *r*        /  •  ° 

+    6  55  39.  i 

-i-    e?    TC   ,ic    7 

/T-    * 
68.4 

72    O 

2 
2 

18-57 
18.56 

776 

Lalande  2942  .... 

j 

7-  i 

i  29    3.  86 

68.2 

3 

j-  ujy 

+     2.905 

T   j/    *J  T-J'  / 

-  18  14  31.9 

/•"  30 

68.4 

2 

+  18.56 

777 

Weisse  I,  497   .... 

8.5* 

29  n.  64 

58-9 

2 

3-°99 

+     3    4  10.  5 

54-9 

2 

18.56 

778 
770 

Lalande  2936   .... 
5  1   Andromeda;  .... 

7-4 
•j.  s* 

29  23.  35 

2O   24   72 

68.9 

C7     7 

2 

2 

3.466 
•3  61C 

+  37  48     1.6 

+  4.7    ere      14 

65-3 
68.6 

3 

•3 

18.55 
18  « 

/  1  y 

780 

Lacaille  462  

J     J 

6.  S 

y      T"  /  • 
29   40.  08 

J  /  •  / 

67  1 

2 

o-  vjj 

2    77O 

*W        JJ             *  '    T- 

—    rjo    77    7O  4 

7O   Q 

J 

w<  jj 

18  u 

781 

n    Piscium     

J 

C..O* 

I    2Q   4.O    8^ 

**/  •  J 

60.  5 

I  C 

•  II 
+    2    T7C 

J**    O/     ov-  *h 
-f-     II     25    26.8 

/**•  y 

e7  g 

6 

1  *-'•    JT- 

-1-   1  8  CA 

/  v 

782 

Weisse  I,  504   .... 

J 

8.8 

y   *+•"'  "j 

29  47.  60 

58.8 

*  J 

3 

O*  *  /  J 

3.  IO2 

+     3  22  18.  i 

j  /  •  u 

56-3 

5 

-p   »(j.  j^. 

18.53 

783 
784 

Weisse  I,  508  .... 
Lacaille  466.    . 

9.0 

6.  2 

30      2.  28 

30  26.  10 

61.  4 
65.8 

2 
2 

3.089 
2    778 

+     i  52    4-6 

7-3         O    46     2 

67.9 

71    6 

2 

18.53 

18.  52 

/  *-**T 

785 

B.  A.C.  491  

6.0* 

3°  38-03 

75-9 

2 

*•  /  J" 

2.980 

OJ        M    T**"  ™ 

-  10    7  18.0 

/  1  .  u 

72.9 

5 

18.51 

786 

Weisse  I,  504  .... 

9.0 

1  3°  47-  52 

69.5 

2 

+  3-  102 

+    3  22  17.5 

69.4 

2 

+  18.50 

787 

Weisse  I,  511   .... 

7.  o* 

31     6.60 

61.4 

2 

3.088 

+      I    52   20.  I 

58.1 

5 

18.49 

788 

Lalande  2966  .... 

8.0* 

31  16.32 

70.9 

2 

4-246 

+  66  12  28.5 

70.9 

2 

18.49 

789 
7QO 

Weisse  I,  540  .... 
103  Piscium     .    .    . 

8.9 

6.  2 

31  41.98 

•3T      A_2     Q1 

68.8 

6Q      1 

3 

3-  '03 

3    2  2O 

+     3  24  37.  i 

_(_     1C     C,l     40     -I 

55-9 
Co  6 

2 

18.47 

1  8    A7 

/  y^1 
791 

Weisse  I,  539  .... 

8.5 

ol    *!••*••  yj 

I  31  44.48 

**y«  j 
61.9 

2 

•  *«* 

+  3-  1  80 

I      *  J    j^r   *i-y-  o 

-h   n  43  35-9 

jy~  u 

56.9 

3 

1U.  ^/ 

+     18.47 

792 
79-5 

Lalande  3025   .... 
u    Cassiopese 

6.8 
6.0* 

31  52.59 

•32      I.  5< 

68.8 

60    7 

2 
2 

3-484 

A    721 

H-  38  15  30.4 

4-    67    IQ    C7    7 

65-3 

60    Q 

3 
i 

18.47 

l8   4.7 

*  y  j 

7Q4 

105  Piscium     .    .    . 

C     C 

O*       ••  J  J 
12      7    06 

y   / 

69.8 

t-  J*-J 
32IO 

]      v/     *y    j  i  •  t 
-i-     TC    AT     l8    8 

ww.  y 

7l    Q 

o 

^/ 

1  8.  46 

/  J7T" 

795 

B.  A.  C.  503    .... 

J'  J 

5-5 

^x-        /  .  yvj 

32  14.08 

66.3 

2 

.  ^iy 

2.674 

I         *J      T-1      J0'    ° 

-  37  14  14-  i 

/  i  .  y 

68.9 

2 

18.45 

796 

B.  A.  C.  504   .... 

6-5 

1  32  15-57 

63.0 

3 

+    2.820 

-  25  44     7.  i 

71.  i 

5 

+  "8-45 

797 

Lacaille  477     .... 

7.0 

32  16.43 

69.9 

3 

2-733 

-  32  52  55-4 

70.0 

2 

18.45 

798 

T     Andromeda;      .... 

5.0 

32  19-76 

75-9 

3 

3-5io 

+  39  5«  58.  i 

74-9 

3 

18.45 

799 

DM.  -f  2°,  243    ... 

9.0 

32  19-89 

69.5 

2 

3.098 

+      2   50   22.  8 

69.9 

2 

18.45 

800 

Weisse  I,  557  .... 

9.0 

32  23.86 

76.9 

3 

3-208 

+  H  32  59-4 

70-4 

2 

J8.45 

U.  S.  NAVAL  OBSERVATORY,  1845  to  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension. 
1860.0. 

| 

>> 

C 

a 
B 

z 

tn 

JD 
O 

tM 
O 

O 

Z 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

rt 
u 
>> 

9 

u 

i 

o 

•o 
o 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

ff 

80  1 

Weisse  I,  558  .... 

9.0 

I   32  24.42 

73-2 

5 

+  3-208 

+  «4  32  43-  5 

70.4 

2 

+  18-45 

802 

Weisse  I,  562  .... 

8.5 

32  29.50 

67.0 

3 

3-°97 

+     2  44  35.4 

58.9 

3 

18.44 

803 

Weisse  I,  564  .... 

9.0* 

32  31-43 

47-o 

2 

3.042 

•    3  '3  47-  3 

47-3 

4 

18.44 

804 

B.  A.  C.  494  .... 

7-5 

32  33-33 

67.8 

4 

11.059 

+  86  14  12.4 

71.4 

4 

18.44 

805 

DM.  +  13°,  257  .    .    . 

9.0 

32  43.01 

72.5 

5 

3-201 

+  13  45  41.0 

68.9 

2 

18.44 

806 

Lacaille  480     .... 

7-5 

I  32  48.  88 

62.0 

3 

+  2-771 

-  29  44     5.  7 

68.9 

2 

+  18.43 

807 

Weisse  (2)  I,  738    .    . 

7.2 

32  50.  27 

71.9 

3 

3-477 

+  37  33  18.  8 

65.6 

3 

18-43 

808 

DM.  +  13°,  258  ... 

9-5 

32  51.70 

69-4 

2 

3.202 

+  13  48    o.  9 

68.9 

2 

18.43 

809 

Weisse  I,  569   .... 

9-5 

32  54-  23 

61.9 

6 

3-I76 

II     1C      9.4 

62.0 

2 

18.43 

810 

Weisse  I,  576  .... 

7.2 

33    4-33 

65.2 

3 

3-  '3i 

+      6   22   38.6 

68.9 

2 

18-43 

811 

Weisse  I,  578   .... 

8.7 

i  33  11.26 

65.6 

2 

-f-  3-2'3 

+  H  54  35-7 

69.  2 

3 

+  18.42 

812 

O.  Arg.  S.  992  .... 

7-i 

33  "6-58 

63-9 

3 

3.840 

—  23  37  26.  6 

71-5 

5 

18.42 

813 

Weisse  I,  582   .... 

8.5 

33  «9-  «9 

68.7 

2 

3-051 

•    2  18  43.  6 

69.5 

2 

18.42 

814 

DM.  +  2°,  245    ... 

9.2 

33  29.65 

68.1 

2 

3-  100 

+    3     «  48.  3 

7O.O 

2 

18.41 

815 

Weisse  I,  594  .... 

8.0* 

33  4°-  02 

47-o 

3 

3.041 

3  '9  49-9 

46.9 

S 

18.40 

816 

DM.  +  n°,  216  .    .    . 

9-5 

i  33  4I-70 

61.  9 

4 

+  3-  '79 

-)-  ii  23  14.6 

62.O 

2 

+  18.40 

817 

B.  A.  C.  514  .... 

6.5* 

33  45-o6 

62.8 

2 

3-371 

+  29  20  13.  7 

70.4 

2 

18.40 

818 

Weisse  I,  598  .... 

9.0* 

33  52-  70 

65-5 

2 

3-  160 

+     9  24  23.7 

6l.9 

2 

18.40 

819 

Weisse  I,  601   .... 

8.0 

33-  52-  83 

68.1 

3 

3-  loo 

+     3     o     1.4 

7O.O 

2 

18.40 

820 

Weisse  I,  600  .... 

8-5 

33  S3-98 

65-5 

2 

3-  161 

+    9  24    9-7 

61.  9 

2 

18.40 

821 

B.  A.  C.  516  .... 

5-5 

i  33  58.60 

68.9 

2 

+  3-439 

+  34  32  15-4 

47-4 

2 

+  18-39 

822 
821 

Weisse  I,  607   .... 
v     Piscium          

9.0 

4.    ? 

34    4-43 
34    8.  89 

66.  i 
61  o 

4 

66 

3-107 

7.  I  17 

+     3  47  10.  o 

-1-     4  46  4O.  ? 

61.8 
62.  i 

2 
•M 

18.39 
1  8.  19 

«*j 
824 

Weisse  1,  612  .    .    .    . 

T"     J 
9-0* 

34  I5-92 

wj.  ^/ 
65.8 

3 

J            / 

3-  HO 

1           ^    T"    *t    *  3 

+    7  »  53-5 

67.9 

O 
2 

jy 

18.38 

825 
826 

Lacaille  492      .... 
107  Piscium 

6.0 

?.  7 

34  53-  H 

I    *34.   ^3.  00 

68.8 

6Q.  7 

2 
3 

3.708 

4-    7.  26^ 

-  34    6  28.  9 

-1-    10    "1$      2.  2 

64.8 

72.  1 

3 

C 

18.  36 

+  18.  16 

827 

B.  A.  C.  524  .... 

j-  / 
6.5 

OT^    jj*  ww 

34  54-  78 

vy.   / 

64.0 

j 
2 

-[       J.  •'•>-'  J 

3-217 

1           3r    JJ 

+  15    4  u.  8 

/      j 

53-8 

3 
2 

»»•  Jv 

18.36 

828 

Weisse  I,  628   .    .    .    . 

8.8 

34  S6.  13 

63.0 

3 

3-'°7 

+     3  43  20.  5 

59-8 

3 

18.36 

829 

DM.  +4°,  297    .    .    . 

8.0 

35  29.74 

69.  2 

3 

3-  120 

+     5     i  40.  3 

55-9 

2 

18.34 

830 

Weisse  I,  643  .... 

7.0 

35  33-79 

75-° 

3 

2.983 

9  22    5.0 

77-7 

2 

18.34 

83' 

Weisse  I,  646  .... 

8-5 

i  35  46.44 

61.4 

2 

+  3-190 

+    12    I4    56.4 

54-9 

2 

+  iS-33 

832 

B.  A.  €.527      .    .    .    . 

5-o 

35  49-24 

65-7 

2 

2.719 

-  33    2    4.  i 

69.9 

3 

18-33 

833 

Weisse  1,655    .    .    .  '. 

7-5 

36   20.  70 

69.8 

2 

3-  120 

+       5       2    20.  I 

63-9 

3 

18.31 

834 

Weisse  I,  672  .... 

8.0 

36   53-60 

65.8 

2 

2.981 

-    9  21  47-3 

67.4 

2 

18.29 

835 

Weisse  1,  669   .... 

8.8 

36  55-  64 

63-9 

3 

3.  2O2 

+    13    21     14.6 

66.9 

2 

18.29 

836 
8-!7 

Weisse  I,  675  .... 
loo  Piscium        

8.5 
6.  5* 

i  37    6.77 
17   17.  12 

60.5 
67.8 

2 
1 

+    3.090 
1.266 

+     i  54  39-  9 

-1-    IQ   22    S?.  q 

54-9 
68.4 

2 
2 

+  18.28 
18.28 

UJ/ 
838 

r     Ceti           

J 

4..  1 

0  1         1     J 

17    12.  OQ 

/  * 

7^.  Q 

J 

6 

J 

2.  QO7 

i       f         j  j   y 
—  16  40  22.8 

71.  7 

4 

18.27 

839 
840 

Lalande  (F)  288  ... 
o     Piscium             .... 

T^     J 

6.2 
4..  1 

o/    j       y 
37  40-  89 
"?8    o.  10 

/  j  y 

70.9 
65.6 

2 
7O 

•  y    / 

4.164 

1.  IU 

+  63    9  30.  7 
4-    8  27    6.  i 

70.9 
61.4 

3 

7 

18.26 
18.25 

^   j 

O"       *-"  j"-" 

VJ»  V 

/ 

J        3^ 

1                        /         vl  J 

"•J 

24 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i 

9 

V 

s 

• 
1 

IM 

O 

d 

25 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

jj 

;»> 

d 

C3 

1> 

S 

1 

•3 

d 

2; 

Annual 
Precession, 
1860. 

841 

Lalande  3226  .... 

5-7 

h.  m.      s. 
I  38  28.97 

68.9 

3 

s. 
+  3-  'or 

0           /           // 

+     2  57  51.1 

64.4 

2 

// 
+    '8.23 

842 

Lacaille  509     .... 

7-2 

38  32-  17 

66.0 

2 

2.758 

-  29  25  40.  6 

70.9 

3 

18.23 

843 

844 

Weisse  (2)  I,  876    .    . 
Lalande  3230 

38  36.  19 

^8    4.O    ^O 

68.9 
67.8 

2 
2 

3.508 
•j  008 

+  38    2  49.  6 

_L       2    42    15    1 

65.0 

6?    Q 

4 
•j 

18.23 

18.  23 

"T*T 

845 

Lalande  3237   .... 

7-8 

JU       «|frri     ^vy 

38  42.  88 

60.8 

3 

j-  «y*-* 

3.046 

T™    JJ*  J 

2  37  44.  6 

**l      7 

58.1 

o 

6 

*  •"  *•  J 

18.22 

846 

O.  Arg.  S.  1049    .    .    . 

8.4 

i  38  44.  36 

66.2 

3 

+  2.787 

-  27     3  49.  2 

72.1 

5 

+    18.  22 

847 

B.A.C-539      .    .    .    . 

6.0* 

38  57.  69 

57-8 

2 

3.009 

•    6  26    7.  5 

68.9 

2 

18.  22 

848 
849 

O.  Arg.  S.  1052    .    .    . 

E     Sculptoris         .    . 

7-5 

6.2 

39    3-55 

70        C,  -31 

64.  i 

6^.8 

s 

2 

2.785 

2.  800 

-  27     6     2.0 

—    25    45    Id   O 

68.8 
72.6 

4 
6 

18.  21 

18.  21 

•Mfjp 

850 

O.  Arg.  S.  1056    .    . 

8.0 

O"       J    J 

39  14.90 

\rj.  « 
64-3 

2 

2.786 

*o    ^j    *t'  ** 

-  27    o  37.  9 

/ 

73-3 

3 

1  8.  20 

85I 

Tr.  Z.  92,  23     .... 

7-7 

i  39  16.03 

68.9 

2 

+    2.652 

-  36  48  39-  i 

66.9 

2 

+  18.20 

852 

Tr.  Z.  90,  49     .... 

9.0 

39  17-10 

67.9 

2 

2.786 

-  26  57  24.  2 

69.9 

4 

18.  20 

853 

Lacaille  513     .... 

6-5 

39  32-  44 

63.3 

2 

2.772 

-    28      2   57.4 

64.9 

2 

18.  19 

854 

Weisse  I,  709  .... 

6.5 

39  43-71 

69.7 

2 

3-173 

+  10    8  34.9 

57-4 

2 

18.19 

855 

B.  VI.  o°,  287  .... 

9.0 

39  49.5I 

72.8 

2 

3-075 

+    o  17    8.6 

55-9 

2 

18.  is 

856 

Weisse  I,  713  .    .    .    . 

8-5 

i  39  55-91 

62.5 

3 

+  3-  "74 

+  10  15    9.2 

56.9 

2 

+  18.  18 

857 

Weisse  I,  715  .... 

8.0* 

39  57-  86 

47.0 

3 

3-034 

•    3  48  56.6 

47.0 

4 

18.  17 

858 

Weisse  I,  721  .... 

8-9 

4O   21.  14 

63-9 

3 

3.212 

+  13  53  59-9 

68.9 

2 

18.  16 

859 

B.  A.C.544     .    .    .    . 

6.5 

40   23.  83 

68.8 

3 

3-  5°3 

+  37  15  15.3 

46.9 

5 

18.  16 

860 

Weisse  I,  725  .... 

8.0 

40  26.  73 

51.8 

5 

3.036 

-    3  36  38.3 

56.2 

4 

18.  16 

86  1 

O.  Arg.  S.  1066    .    .    . 

7-5 

i  40  31.  91 

64.6 

3 

+  2.885 

-  18  ii     1.6 

68.9 

2 

+  18.  16 

862 

Weisse  I,  727  .    .    .    . 

9.  o* 

40  33-35 

47.0 

3 

3-033 

3  56  34-  2 

46.9 

2 

18.  16 

863 
864 

B.  A.  C.  547     .    .    .    . 

4    Arietis 

6.0* 

6.  5* 

40  35-  13 

A.O    3  ?    ^  Q 

58.8 
60.  6 

2 

r 

3.685 

•j    2^8 

+  47  'I  52-4 
•4-   16  11  21  8 

55-5 
68.6 

5 

2 

18.15 

18.  K 

Y*W*f 

865 

B.  A.  C.  549     .... 

J 

8.0* 

*f'-'   JJ'  jy 
40   46. 

j 

J«  *OU 

3.238 

i     *w  *  j  *•.)•  u 
+  16  19  15-7 

54.0 

3 

•  •»•   *  J 

18.  15 

866 

Weisse  I,  732  .... 

9.0 

I    41       7.09 

61.8 

4 

+  3.  208 

+    13    21    52.  I 

58.9 

3 

+  18.  14 

867 

B.A.C.  551      .    .    .    . 

6.5* 

41   ii.  oo 

60.  9 

3 

3.  IO2 

+     2  59    7.9 

61.5 

18 

18.  13 

868 
869 

B.VI.  +  6°,  274     .    . 
Santini  102  .    .    .    . 

9-5 

7  8 

41     I3-56 
dl     IQ    $1 

67.4 

6?    7 

2 

r 

3-  '42 
7    142 

+     6  57  46.  i 
-4-     6  IQ     7  o 

73-0 

71.4 

3 

5 

18.13 
18.  n 

;* 

870 

Weisse  I,  740  .... 

/  *  w 
8.8 

T*        "'  JJ 

41  42.54 

u/.  / 
65.0 

J 
2 

J*    4tT* 
3.I9I 

JJ7         /      ? 

+  ii  4i  30.  9 

/      ^ 
56.3 

j 
3 

J 

18.  ii 

871 

Lacaille  527     .... 

7.0 

i  42    7-57 

62.7 

5 

+     2-779 

-  26  57     7.0 

65.9 

3 

+  18.  10 

872 
873 

D.M.  +  13°,  283    .    . 

9.8 
6.0 

42  11.90 

42   24.  8l 

65.4 
67    I 

2 

3.  212 
3.  3OO 

+  13  35  54-8 

-1-    21    U  41.  0 

7O.O 

6q.  4 

2 

2 

18.  10 

18.  09 

874 

DM.  +  13°,  284     .    . 

8.6 

*T"     *"!••  "J 
42     27.   85 

«/•  • 

65.S 

2 

O*  .}"" 

3-215 

r     "•    J°T  f  •  y 
4-    13   50  22.  2 

vy.    ., 
68.9 

2 

18.08 

875 

Weisse  1,  753  .... 

8.0* 

42     30.73 

72.9 

3 

2.956 

—    II    23   55.2 

70.4 

2 

1  8.  08 

876 

877 

Lalande  3344  .... 
^    Celi   

7-9 

5   O* 

I     42     34-32 

42   42    17 

64.9 

61.  o 

9 
6 

+    3-213 
2    Q56 

+  13  39    7-  7 

—    II    22   5O.  q 

67.3 

7O.  4 

3 

2 

+  18.08 
1  8.  08 

/  / 

878 

DM.  +  13°,  287      .    . 

j.  w 
10.  O 

-^  —   t*"  j  / 

42      48.    25 

64.  2 

3 

•  yj 

3-212 

j      y 

+  13  36  43-0 

/  v      T^ 

67.9 

2 

18.07 

879 
880 

Weisse  I,  755  .... 
54  Ceti   . 

8.8 
6.0* 

42      49.    36 

A1    26     S"? 

66.1 
6s  •? 

2 

3-075 
•?    178 

+     o  17  24.3 

-1-    IO   2O    55.  4 

55-9 
58.9 

2 

7 

18.07 
18.05 

*frj    •fcw*  JJ 

j  j 

j*  *  /  " 

-J—                 nf    JJ'  f 

J         7 

J 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

Mean  year. 

1 

IM 

O 

6 
fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

Mean  year. 

.2 
o 

i— 
o 

6 
X 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /           // 

// 

881 

Weisse  1,  773  .    .    .    . 

8.  i 

i  43  30.89 

62.6 

4 

+  3-044 

•    2  45  29.  5 

57.0 

5 

+  18.05 

882 

Lacaille  535     .... 

7-2 

43  34-  S1 

63-2 

5 

2.738 

-  29  44  12.4 

64.9 

2 

18.04 

883 

Weisse  I,  772  .... 

8.0 

43  43-  83 

65.8 

3 

3-153 

+     7  5'   I9-6 

66  5 

2 

18.04 

884 

Weisse  I,  775  .... 

9.0 

43  44-  08 

61.  9 

4 

3.218 

+  >4     3  36-0 

56.4 

2 

18.04 

885 

Weisse  I,  778  .... 

9.  o* 

43  44-  5  ' 

68.9 

2 

3-  108 

+     3  3i  37-7 

55-9 

2 

18.04 

886 

B.  A.  0.563      .    .    .    . 

5-5 

1  43  45-  95 

73-i 

4 

+  2.596 

—  39    6  33.  8 

7L4 

4 

+  18.03 

887 

O.  Arg.  S.  Ill6    .    .    . 

8.2 

43  47-  12 

66.9 

2 

2.818 

-  23  27  46.6 

69.  o 

2 

18.03 

888 

B.  A.  €.562      .    .    .    . 

6.  5* 

43  55-04 

60.  4 

4 

3-790 

+  50  47  49-  6 

53-8 

2 

18.03 

889 

Weisse  I,  780  .... 

9.0 

43  59-07 

65.8 

2 

3-153 

+     7  49  41.5 

68.4 

2 

18.03 

890 
801 

Lalande  3390  .... 
e     Cassiope£e 

6/4 
c.  o 

44     7-  90 

I    44   21.  82 

75-5 
48.  7 

4 

3.51° 

+   4    225 

+  36  44  24.  2 

-4-    62    58   41    Q 

75-3 
66.  i 

4 
I  e 

18.02 
_|_  18.01 

"y* 

892 
80,1 

Weisse  I,  790  .... 
f     Ceti    

J*  v 

7-5 
3.0* 

*     'rt    •  •  "  "** 

44  29.94 
44   32.  QIC 

•JWI     / 

60.9 
46.  <; 

2 

8 

<f.  **.j 
3.038 
2.  QC7 

-]-       \l*      JU      m  .    y 

•    3  19  53-3 
—  ii     i  42.  o 

55.0 

72.  7 

•  j 
2 
3 

18.01 
18.00 

y  j 

894 

Lalande  3412   .... 

J 

7-5 

*T*T     J"'   yj 

44  56.  12 

*r***  j 
74.2 

4 

"  j/ 

3-5" 

+  36  37  49-0 

/    *  / 
67.0 

j 

4 

17.99 

89S 

O.  Arg.  S.  1127    .    .    . 

6.5 

45     °-°9 

74-3 

3 

2.899 

-  16  20  29.  7 

63-9 

2 

17.99 

896 

807 

Weisse  I,  800  .... 
(i     Trianguli 

7.8 

1.  C* 

I   45   _o.  94 

AC     6  4.8 

69.4 

4?.  7 

2 

4 

+  2.935 

33QQ 

-  13     i  3°-9 
4-  28  53  38  i 

70.0 
71.  O 

2 

+  17-99 

17    08 

^y/ 
898 

M.Z.  145,3     •    •    -    - 

J     J 

8.0 

*TJ         "•  V 

45  21-58 

TO     / 

64.9 

^ 

3 

•  Jyy 

2.810 

1        ***     jj     Ou*    * 

-  23  50  34.  6 

/  *•  y 

68.4 

2 

•  /  *  yw 
I7.97 

899 

Weisse  I,  808  .    .    .    . 

9.0 

45  27-36 

59-9 

4 

3-°44 

—    2  43  1  6.  6 

54-8 

2 

17-97 

900 

Weisse  I,  807  .... 

8.4 

45  3'-  50 

62.8 

5 

3.  222 

-f   14  ii  13.  6 

56.9 

2 

17-97 

901 

Weisse  I,  812  .... 

8.2 

i  45  39.60 

65.9 

2 

+    3.050 

2    4  23.0 

67.9 

2 

+   '7-96 

902 

QOT 

Weisse  I,  813  .... 
y1   Arietis  ,   . 

9.  o* 
4-3* 

45  41-43 
45  5'-  2I 

47.0 

62.  2 

3 

5 

3.032 
3.  273 

•     3  48  39-  ' 
-(-  1  8  36  29.  2 

46.9 
67.  o 

,  2 
•t 

17.96 

17.  0? 

y  j 
QO4 

y1   Arietis  

4-  •>,* 

45  51.21 

63.4 

2 

J      I  J 

3.  273 

-(-  18  36  20.  5 

67.  o 

J 
3 

/    yj 
17.  O? 

yvf 

90S 

Weisse  I,  819   .  .    .    . 

t      J 

8.2 

46    o.  06 

65.9 

3 

J        1  J 

3.052 

2      0    21.  I 

69.4 

J 

2 

/    yj 

'7-95 

906 

Weisse  I,  820   .... 

9.2 

i  46    4.  84 

65.8 

4 

+  3-  162 

+     8  33  45-  5 

67.9 

2 

+  »7-95 

907 
008 

Weisse  I,  821    .... 
f     Piscium     .  '. 

8.5 

^.  ^ 

46    6.  27 
46  18.  61 

65.4 

62.  o 

2 

6 

3.042 

3.008 

2    51    43.9 
-4-      2    2O  42.  8 

54-8 
62.  3 

3 

IQ 

17-94 

17.  04 

*/vu 

909 

O.  Arg.  S.  1  146    .    .    . 

J*  J 

8.0 

46  22.  73 

y 

68.8 

2 

o*  **y 

2.773 

i               y  ^*"  •* 

—  26  31     6.  o 

•  *,.  j 

66.4 

;? 

2 

/  •  y^ 

'7-94 

910 

B.A.C.575 

7.0* 

46  29.  19 

76.0 

2 

3-575 

+  40    o  49.  5 

74-9 

2 

17-93 

9II 

Weisse  I,  831     ... 

9.0 

i  46  38.  55 

65.9 

3 

+  3-051 

2       2    2O.  4 

68.9 

2 

+  17-92 

912 

on 

B.  A.  0.576      .... 
/3    Arietis  

6.0 

3.  2 

46  41.93 
46  54.  78 

68.9 
65.4 

2 
131 

3.515 
3.  292 

+    36    26    19.3 

-)-  20    7  19.  i 

63.3 
59-8 

3 
14 

17-92 

17-  QI 

y    j 

9H 

Weisse  I,  843  .... 

8-3 

47  20.52 

68.2 

4 

3-052 

'  53  22.3 

Jy 

68.9 

2 

/    y 
17.90 

9'5 

B.  A.C.  578      .... 

6.0* 

47  21-50 

77-5 

4 

2.578 

-  39  '7  '2.5 

77.0 

4 

17.89 

916 

Weisse  I,  847     .    .    . 

8.0 

i  47  32-47 

60.  o 

2 

+  3-100 

+      2   42    13.5 

54-5 

4 

+    17.89 

917 

B.  A.C.  579     .... 

5-7 

47  38-°4 

68.8 

3 

3-521 

+  36  35  22.  3 

46.9 

3 

17.88 

918 

OIQ 

56  Andromedae     .... 
7     Arietis  

5-5 
5.0 

47  50.97 
48    3.  06 

68.8 
76.9 

2 
2 

3-522 
3.  328 

+  36  33  47-  6 

-t-    22    ?  3    2O.  8 

46.9 
7O.  q 

3 
4 

17.88 
17.87 

y  y 
920 

Weisse  I,  855    .... 

8.2 

48    9.54 

58.8 

2 

J     ,?"••"' 

3.200 
1 

jj 

+  I'  53    6.5 

/      y 

55-9 

2 

17.86 

26 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

i 
Mean  Right 
Ascension, 
1  860.0. 

h 

a 
0 

>* 

c 

rt 

QJ 

1 

IM 

O 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

S 

;*, 
1 

S 

1 
o 

o 
K 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

921 

Weisse  I,  860  .... 

9.0 

I  48  21.  10 

61.3 

3 

+  3-  i°3 

+     2  53  24.8 

56.4 

2 

+  17.86 

922 

M.  Z.  209,  48   .... 

8.5 

49  14.65 

66.4 

2 

2-757 

-  27  10  41.6 

69.3 

3 

17.82 

923 

Q24. 

Lacaille  566     .... 
i     Arietis   

7-8 
6.0* 

49  29.  1  1 

4Q  42.  42 

64.0 

^7.  2 

2 

9 

2.720 

T..  262 

-  29  48    5-  5 

-1-    17      7    $6   O 

64.8 

62.8 

2 
-J 

17.81 
17.80 

y"^ 
92S 

O.  Arg.  S.  1179    .    .    . 

7.8 

iy   ^"'  *t** 

49  48.  82 

J  /  - 

63.8 

2 

J- 

2.772 

i         *  /          /      J"*   7 

-  25  57  58.5 

67.5 

J 

2 

17.80 

926 

Lacaille  569     .... 

7.0 

i  49  51.61 

67.4 

4 

+     2.608 

-  36  55  56.  5 

66.5 

2 

+  17.80 

927 
028 

Weisse  1,  880   .... 
56  Ceti                            .    . 

9.0 
6.0 

50    2.  10 

co    6  8i 

67.3 

67.1 

2 
7 

3-I72 
2.8O7 

+    9  12    9.0 

—    21    12    A.1    2 

65-4 

61  .  o 

2 

17-79 
17.  70 

yf.u 
929 

O.  Arg.  S.  1181    ... 

8.8 

->         **•  "*r 

50      6.85 

/  •  o 

68.9 

O 
2 

2-  863 

^O                   TO* 

-  18  41  25.  i 

66.8 

2 

*  /  -  /  7 
17.79 

93° 

X    Arietis,  (  ist  *)      .    .    . 

4-5 

50    8.  02 

61.7 

3 

3-333 

+  22  54  40.  8 

68.2 

3 

17.78 

93" 

072 

A     Arietis,  (2d  *)  .    .    .    . 

8.0 

S.O 

I  50   9.96 

CO   71    7? 

69.7 

66.0 

2 

2 

+  3-  334 

A    7Q7 

+  22  55     7.5 

+     7O     IT.     71     C 

69-3 

62    4 

3 

4-  17-78 
17.  77 

vo* 

933 

Lacaille  570     .    :  .    . 

j 

7-6 

j"   J**  jj 

50      32.    89 

63-3 

3 

T"  /  y/ 

2.765 

/w    *^>    j«-  j 

-  26  18  20.  7 

"•  T- 

69.4 

2 

17.77 

934 

07C 

O.  Arg.  8.1189     .    .    . 
58  Ceti   

6.8 
6.0 

50  34-  56 

Co    C.2    CO 

68.9 

60.  4 

2 

4 

2.866 

T..  O4.2 

-  18  21  43.  i 

—       2    4.4.    "?8.  O 

66.9 

">Q.  6 

2 
12 

17.76 
17.  76 

.7  J  J 

936 
0-17 

Weisse  1,  896   .    .    .    . 
47  Cassiopese     .... 

8.0 
<;.  ? 

Jv    j*"  jy 

i  5'    3-31 

C  I     I  A    OQ 

60.  4 
6c.  o 

2 
2 

J.    V^i-f-i, 

+  3-242 

5  601 

•     tT"     O^* 

-^-  15  14  46.  6 

4-   ?6  3.6   17  6 

J  7    v 

54-9 
68  c. 

2 
2 

+  17-75 
17.  74 

"J/ 

078 

50  Cassiopeae         . 

j  j 

A     O 

j  *    *  t*  ^y 

C  I     77     7  A 

VJ.  V 

64..  o 

8 

j-  vy» 

4    068 

p      /  M      J*-1      »/•'-' 

-4-71    44    28    I 

**•*•  j 
67  d. 

22 

17.  73 

7J*"' 

939 

B.A.  C.  607     .    .    .    . 

if.  *-< 

6.0 

.)'     JJ*  JT- 

51  49.80 

v/*f  ,  V 

54-2 

5 

i|.   ywu 
3-305 

T       /         *r*r    *'w'   * 
+     2O    22    36.  8 

,  ^^  .  i|. 

71-3 

3 

17-72 

940 

Q4I 

B.A.  C.  609      .    .    .    . 
Lament  291      .... 

6.0 

51  56.49 
152    o.  90 

63.1 

6$.  Q 

4 
3 

3.200 

-T-    •?.  OCA 

+   ii   36  49-  6 

—       I    41    21    t, 

58.8 
69.6 

2 

17.71 

4-   17.  71 

•P1»B 

942 

O.Arg.  S.  1210    .    .    . 

8-3 

52  23.24 

J     " 

68.8 

2 

1           O'    ^^JT1 

2.858 

*    *p*       J    J 

-  18  44  31.6 

72.3 

4 

17.69 

943 

Lacaille  586,  (1st*)     . 

7-4 

52  27.94 

64.  2 

6 

2-797 

-  23  36     7-  3 

68.4 

2 

17.69 

944 

Lacaille  586,  (ad  *)     . 

7.2 

52  28.  38 

64.  2 

6 

2-797 

-  23  36  n.  2 

66.6 

3 

17.69 

945 

B.  A.C.  613      .    .    .    . 

7.0 

52  36.99 

70.9 

4 

2.507 

-  41  51   10.4 

63-9 

3 

17.68 

946 

Lalande  3702  .... 

7-i 

i  52  54.48 

65-4 

2 

+  2.748 

-  27     6  53.2 

68.3 

2 

+   I7-67 

947 

O.  Arg.  S.  1219    .    .    . 

7.0 

52  54-57 

70.2 

3 

2.789 

-  24    7    9.6 

69.5 

2 

17.67 

948 

Q4Q 

Weisse  I,  942   .... 
e.7  Ceti    . 

7-5 
c  g 

53  10.  81 

C*l      TT      QA_ 

51-8 
6l.8 

5 

7 

3.026 
2.822 

—    4     2  53.8 

21    30    22.  8 

5ft.  o 

71    c 

5 

17.66 
17.66 

y^y 

950 

Weisse  I,  943   .... 

j- 

8.5 

J.l      L  *  •   "-^ 

53  17.67 

60.  3 

O 

3 

3-215 

-f-    12   42    17.4 

/  *  -  j 
56.3 

3 

17.66. 

951 

B.  A.  C.  619      .... 

6.0 

i  53  36.01 

67.6 

4 

+  2.511 

—  41    24   26.O 

68.5 

2 

+   17-64 

952 

Lacaille  598      .... 

6.8 

54  H-  ii 

67.7 

3 

2-773 

-  25     5  53-4 

66.9 

2 

17.  62 

953 

Weisse  I,  963   .... 

9-5 

54  23.06 

60.  5 

5 

3-  no 

+      3    22   28.0 

63.6 

5 

17.  61 

954 

Weisse  I,  969   .... 

8.8 

54  36.36 

6l.3 

2 

3.202 

+    II    30    13.4 

56.9 

2 

17.60 

955 
0^6 

Lacaille  600      .... 

7-5 
•?.  5* 

54  36.71 
i   54  48  IT. 

69.9 
6l.  4 

2 

4 

2.506 

-L    7   OOC 

—  41    23  42.O 

4-       2       C.    II.  C 

68.4 

66.0 

2 
2 

17.  60 
4-  17-59 

y  jw 

957 

Weisse  I,  972  .... 

J     J 

7-2 

JT-    t*"  JJ 

54  53-52 

**••  "r 

60.3 

3 

1       j.  "Vj 

3.209 

J            J 
+    12      0   33.4 

""•  7 

56.9 

2 

T          /     J7 

17-59 

958 

B.  A.C.  627      .    .    .    . 

6.0* 

54  59-37 

76.0 

4 

2.691 

-  30  4°  35-  3 

75-5 

4 

17-58 

959 

Weisse  I,  973   .... 

6-5 

55    3-25 

68.9 

3 

3.218 

+  12  47  59.  2 

55-0 

2 

17-58 

960 

O.  Arg.  S.  1245    .    .    . 

8.4 

55    9-78 

68.8 

2 

2-754 

-  26  18  37.  9 

64.0 

2 

17.58 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i 

>. 

d 

rt 

• 

"S, 

1 

IM 

O 

6 
£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 

>> 

3 

s 

JB 

O 

•8 

d 
* 

Annual 
Precession, 
1860. 

961 

Weisse  1,978  .... 

7-° 

h.  m.      s. 
i  55  10.98 

62.  o 

2 

+  3-I67 

0         /           // 

+    8  24  17.9 

57-9 

3 

// 

+  17-58 

962 

y     Andromeda:  (1st*)  .    . 

2.3* 

55  '9-  '7 

74.0 

5 

3.646 

+  41  39  '9-3 

71.6 

4 

17-57 

963 

7    Andromedse  (ad*)  .    . 

5.0* 

55  20-15 

74.0 

5 

3.646 

+  4i  39  23.  2 

71.6 

4 

17-57 

964 

Weisse  1,  984  .    .    .    . 

9.0 

55  25.47 

61.9 

4 

3.  108 

+     3  10  13-3 

58.6 

3 

17-57 

965 

Lacaille  607     .... 

6.8 

56    3-3° 

62.9 

3 

2.802 

-  22  38  30.  8 

69.9 

4 

17-54 

966 

O.  Arg.  S.  1256  .    .    . 

7-5 

i  56  12.57 

64.  2 

3 

+  2-  755 

-  27  25    4.  7 

69.4 

2 

+  17-53 

967 

O.  Arg.  S.  1259  .    .    . 

6.2 

56  23-74 

71.8 

3 

2-775 

—  24  33  40.  2 

66.3 

3 

17-53 

968 

O.  Arg.  S.  1261   .    .    . 

6.8 

56  29.71 

68.8 

2 

2.801 

-  22  35  12.7 

67.4 

2 

17.52 

969 

Weisse  I,  999  .... 

8.8 

56  33-  67 

67.9 

3 

3.180 

+    9  25  38.2 

69.5 

2 

I7-52 

970 

Riimker  N.  F.  1073 

9.0 

56  43-  7° 

68.9 

2 

3.111 

+    3  25  15-3 

55-9 

I 

17.51 

971 

Q72 

O.  Arg.  S.  1266   .    .    . 
54  Cassiopese     .    .    . 

8.0 
6.  ";* 

i  56  59-  25 
?7     7   8-? 

66.9 

67    2 

2 
1 

+    2.  756 
4QCo 

-  25  48     6.  2 

+7O    C1    2C    7 

69.  o 
67.  o 

3 

2 

+   17-5° 

17    J.Q 

y  / 

973 

B.  VI.  ih,  92     .... 

J 

7-3 

j  /      /  •  u  j 
57  13-94 

vi  •  m 

68.6 

J 

3 

•  yjy 

2.857 

/u    JJ    *3'  / 

—  18  ii  12.  3 

69-9 

2 

*  /  •  T-7 

17.49 

974 

B.  A.  C.  641      .... 

7.0 

57  28.23 

60.2 

3 

3-153 

+     7     3  46-  3 

63.6 

3 

17.48 

975 

Weisse  I,  1018     .    .    . 

7.8 

57  34.02 

65.9 

3 

3.  181 

+    9  26  36.  3 

68.5 

2 

17.47 

976 

Weisse  I,  1022     .    .    . 

8.1 

i  57  56.78 

65-9 

3 

+  3-i8i 

+    9  24  15.3 

66.9 

2 

+  17-46 

977 

B.A.  C.  643     .... 

4.8 

58  12.82 

62.7 

4 

2.092 

-  29  58  13.4 

73-i 

6 

17-45 

978 

Weisse  I,  1038     .    .    . 

8.6 

58  47.00 

69-3 

3 

3-  "74 

+     8  46    5.  9 

58.0 

2 

17.42 

979 

Weisse  I,  1040    .    .    . 

7.0 

58  48-  79 

65.0 

3 

3-  '60 

+     7  34  42.  2 

63.0 

2 

17.42 

980 

Weisse  (2)  I,  1411  .    . 

8-5 

58  56.  56 

60.0 

2 

3.267 

+  16  24  51.7 

54-9 

2 

17.42 

981 

Weisse  I,  1042     .    .    . 

7-5 

i  58  56.82 

61.3 

2 

+  3-223 

+  12  47  3i-6 

55-5 

2 

+  17-42 

982 

Weisse  I,  1043     .    .    . 

8.3 

59    7-i8 

67.9 

5 

3-236 

+  13  54  50.2 

72-5 

4 

17.41 

983 

Weisse  I,  1048     .    .  ". 

7.0 

59  12.60 

75-9 

3 

3-013 

-    5    2    6.5 

6S.-4 

2 

17.41 

984 
98s 

Weisse  I,  1045     .    .    . 

8.0 

2.  O* 

59  12.88 

Co    17    23 

65.8 

C.7    O 

3 

2O2 

3-187 

31C2 

+    9  48  29.  3 

+    22    A"7    C6    2 

67-5 

C  T      2 

2 

7A 

17.41 

I  7    A.Q 

y    3 

986 

Weisse  I,  1047     .    .    . 

9.i 

jy  *  /  •  *"j 
i  59  20.  28 

Jt  •  " 
61.4 

4 

'  JJ* 

+  3-238 

*^    'T/     j^'  • 

+  13  59  18.8 

J1  •  * 
7O.O 

»  T- 

2 

*  /  •  *+•*-* 

+  17-40 

987 

Weisse  I,  1050     .    .    . 

9.0 

59  20.68 

62.4 

2 

3-237 

+  13  54  5'-o 

6l.8 

2 

17.40 

988 

Weisse  1,  1056     .    .    . 

9.0 

59  30-40 

61.9 

3 

3-  "o 

+     3  H    6.5 

62.O 

2 

17-39 

989 

DM.  +  T,°,  285    ... 

9.0 

59  46.  61 

61.9 

2 

3.108 

+    3    6  59.4 

69.5 

2 

17-38 

990 

Weisse  I,  1069     .    .    . 

8.0* 

59  59-76 

66.3 

3 

3-o'S 

4  53    8.8 

47-o 

2 

17-37 

991 

58  Andromedze  

5-o 

2      0      3.  IO 

68.8 

3 

+  3-58o 

+  37  ii  33-9 

67.9 

4 

+  17.37 

992 

Weisse  I,  1071     .    .    . 

7-5 

o  12.73 

69.7 

4 

3.168 

+    8  10  37.7 

63.2 

4 

17-36 

993 

Weisse  I,  1075     . 

7-5* 

o  27.  79 

70.9 

2 

3-057 

i   16  23.  i  ' 

70.9 

2 

17-35 

994 

Weisse  (2)  I,  1446  .    . 

8.4 

o  32-75 

77-8 

2 

3-614 

+  38  55  33-4 

77-9 

I 

17-34 

995 
996 

Weisse  I,  1080     .    .    . 
/3    Trianguli  

7-i 

4.  2 

o  54-  55 

2       I     I  1    C2 

65.9 

71   7 

2 

3.169 

+     -j    C-J7 

+    8  ii     1.5 

+     -JA     I  O    24.    1 

63.  2 
47    2 

4 
6 

17-33 

+     17    12 

997 

Weisse  (2)  I,  1468  .    . 

8.6 

*>>*  J^ 
I    29.0O 

/  J'  / 

73-4 

4 

6-  JJJ 
3.622 

J4   *y  *4«  6 

+  38  58  59-6 

4/-  * 

75-o 

i 

1/-  J* 
17-3° 

998 
999 

Lacaille  638      .... 
Anonymous  

7.0 
9.  o 

I    49.  26 
2       I.  1* 

63-4 
66.0 

4 

2 

2.708 
•J     QC-I 

-  28  14  13-8 

_I_    C2    21 

65.8 

2 

17.29 

17   28 

1000 

Lalande  3979  .... 

6.0 

•jj 

2    7-33 

68.9 

4 

j*  yj  o 

2.845 

~    j^    *-j 

-  18  26  37.8 

64.  i 

2 

*  i  .  * 

17.28 

28 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

rt 
g 

a 

V 

1 
o 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

C 
rt 

3 

o 

lM 

O 

d 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /           // 

„ 

IOOI 

B.  A.  €.663     .... 

8-5 

2     2  22.59 

61.  o 

4 

+  3-  "4 

+     3  34    4-3 

55-7 

5 

+  17-26 

1  002 

59  Andromedae     .... 

6.o» 

2    23.  87 

58-9 

2 

3.611 

+    38   22   36.0 

47.6 

15 

17.26 

1003 

B.  A.  C.  662     .... 

7-5 

2   24.77 

58-9 

2 

3.611 

+    38   22   50.2 

54-7 

12 

17.  26 

1004 

O.  Arg.  S.  1344   .    .    . 

7-4 

2   36-48 

63-6 

8 

2-773 

-  23  39  19.  i 

68.5 

3 

17.25 

1005 

O.  Arg.  N.  2443  .    .    . 

8.5 

2    50.72 

61.4 

4 

3-856 

+  48  56    9-  3 

65.7 

5 

17.24 

1006 

5  o 

2     2  52.  34 

66.2 

2 

+  3-  3°5 

+  18  50  16.9 

68.0 

2 

+  '7-  24 

1007 

Lacaille  644     .... 

6-7 

3     9-92 

63.0 

2 

2-753 

-  25     o  31.4 

66.9 

2 

17-23 

1008 

STriantnili 

7-  ° 

3    14.  54 

59-  ° 

2 

3.481 

i     ,o  -j   -,  ! 

53-9 

2 

17.  22 

1009 

0.  Arg.  S.  1354  .    .    . 

8.0 

J       mV    JT^ 

3  27-63 

70.4 

2 

2.681 

—    29  40    14.  2 

67.9 

2 

17.22 

IOIO 

O.  Arg.  N.  2462  .    .    . 

8.5* 

3  37-71 

60.3 

5 

3-865 

+  49     7  18.  i 

59-6 

3 

17.  21 

IOI  I 

64  Ceti  

6.0 

2    3  57-  71 

72.  i 

4 

+  3-  168 

-f-     7  54  46.  3 

'65.2 

7 

+    17-  19 

IOI2 

Groombridge  466     .    . 

6.8 

4  12.  26 

68.6 

8 

+  52  23  56.  i 

70.3 

3 

17.  18 

9.  o 

4  14-  29 

69.4 

2 

2.691 

—  28  55  12.4 

69.0 

2 

17.18 

1014 

Weisse  II,  35  .... 

9-2 

4  16.  16 

60.  4 

2 

3.  122 

+    4    6  20.  5 

64-9 

3 

17.  18 

IOI5 

Lalande  3987   .... 

7-5 

4  19-79 

70.9 

2 

4.698 

+  67     i  32.9 

70.9 

2 

17.  18 

1016 

Weisse  II,  38  .... 

8.8 

2    4  20.  66 

62.5 

2 

+    3-  ISO 

+     8  54  57.9 

57-9 

2 

17.  18 

1017 

Lacaille  649     .... 

8-5 

4  24.44 

65-9 

4 

2.691 

-  28  52  54.  o 

68.0 

2 

+  I7-I7 

1018 

DM.  +  8°,  340    ... 

9-5 

4  29.  12 

66.4 

2 

3-I72 

+     8  14  24.  o 

68.0 

2 

17.  17 

1019 

O.  Arg.  N.  2484  .    .    . 

6-5 

4  30.85 

71-3 

3 

3-972 

+  52  27  53.  i 

70.0 

2 

17.17 

1  020 

Weisse  II,  44  .    .    .    . 

8.4 

4  34-  88 

66.4 

2 

3-  172 

+     8  14  35.0 

68.0 

2 

17.17 

IO2I 

Weisse  II,  52  .... 

9-o 

2     4  42.  06 

64-3 

2 

+  3-ii7 

+    3  42  17-0 

69.9 

2 

+  17-16 

IO22 

Weisse  II,  51   .    .    .    . 

8.0 

4  42.  77 

64.8 

2 

3-  120 

+     3_55  50.5 

73-2 

4 

17.  16 

1023 

Lacaille  660     .... 

7-5 

4  49-02 

65.8 

2 

2.  5IO 

-  39*  i  38-0 

69.4 

2 

17.15 

1024 

0.  Arg.  S,  1376  .    .    . 

6.7 

4  55-  20 

66.5 

2 

2.841 

-  18  24  14.  5 

65.4 

2 

17.15 

IO21 

jf    Arietis  

6.0* 

4  58.  18 

56.2 

3 

3-  332 

+  2O  33    5-  6 

68.2 

3 

17.  15 

w*j 
IO26 

Weisse  11,56  .    .    .    . 

2     5     «-7o 

65-3 

2 

+    3-210 

+  ii   13  21.6 

70.0 

2 

+  I7.I4 

1027 

Lalande  4070   .... 

8-5 

5     7-96 

67.9 

3 

3-3i6 

+  19    9  44-2 

67.0 

2 

17.  14 

1028 

Weisse  II,  61    .... 

7-8 

5  19-65 

65-5 

3 

3.  2IO 

-f-    II     12       2.  5 

66.6 

3 

17-13 

1029 

O.  Arg.  N.  2511       .    . 

8.0 

5  23.33 

60.8 

4 

4-025 

+  53  52  29.  5 

62.5 

2 

17-13 

IO3O 

7-° 

5  25.43 

62.3 

3 

3-  254 

-f-  14  37  20.  6 

67.4 

2 

'7-  13 

«VJW 

1031 

O.  Arg.  S.  1384    .    .    . 

7-2 

2      5    26.  21 

66.0 

2 

+  2.841 

-  18  23  15.2 

68.5 

2. 

+  17-  13 

1032 

Weisse  11,64  .... 

8-7 

5  26.75 

61.9 

3 

3.240 

+  13  35     2.3 

58.8 

4 

17-  13 

IOT3 

£i   Ceti   

4-  5 

5  34.  99 

65.4 

69 

3.  172 

+    8  ii   17.  5 

64.0 

5 

17.  12 

«°34 

O.  Arg.  8.1388    .    .    . 

8-5 

5  47-75 

70.5 

5 

2-675 

-   29   36   58.  2 

72.0 

3 

17.  II 

'035 

Weisse  II,  72  ,    .    .    . 

7-8 

5  57-68 

68.8 

3 

3.122 

+     45  31-9 

57-5 

2 

17.  10 

10  6 

Q.  O 

2     5  58.  86 

70.  i 

4 

-|-    2.  674 

—  29  39  11.5 

68.4 

2 

+  !7-  IO 

i°37 

B.  A.C.  687      .... 

y* 

6.7 

6  10.  61 

59-3 

7 

3-125 

+     4  21  25.3 

6O.  2 

3 

17.09 

1038 

O.  Arg.  N.  2546  .    .    . 

8.0 

6  39-71 

66.2 

3 

3.881 

+  49     2  45.5 

55-9 

2 

17.07 

1039 

Weisse  II,  81   .... 

8.0 

6  46.  64 

68.9 

2 

3.I63 

+       7    22    50.3 

62.0 

2 

17.06 

1040 

Weisse  (2)  II,  147   .    . 

6.8 

6  47-  74 

69.0 

2 

3.63I 

+  38  30  S"-1 

64.9 

3 

17.06 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


29 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

>* 

3 
% 

1 

IM 

O 

6 
fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

>, 

1 

JS 

O 

•o 

i 

Annual 
Precession, 
1860. 

h.  in.      s. 

s. 

0         /           // 

// 

1041 

O.  Arg.  S.  1404    .    .    . 

9-5 

2     7  10.78 

67.5 

3 

+  2.671 

-  29  37  36.9 

69.5 

2 

+  "7-05 

1042 

Weisse  II,  102     .    .    . 

8.  i 

7  40.54 

73-5 

5 

3-  124 

+     4  12  54-6 

58.6 

3 

17.02 

l°43 

Rumker  568     .... 

8.7 
6.5* 

7  42.  38 
7  45.  63 

61.  9 
69.  o 

3 
3 

3.292 
3.  404 

+   17   '5  49-9 
+  25     7  51.6 

59-9 
73-6 

3 
6 

17.02 
17.02 

1045 

O.  Arg.  N.  2578   .    .    . 

8.0 

8  12.40 

77-3 

2 

4-093 

+  55  U     5-3 

77-9 

3 

17.00 

1046 

Weisse  II,  109     .    .    . 

8.4 

2     8  17.58 

63.1 

2 

+  3-264 

+  "5  I0    4'9 

67.5 

2 

+  17.00 

1047 

Weisse  II,  112     ... 

9.0 

8  28.26 

60.5 

2 

3-  '34 

+     4  59  5°-  8 

56.4 

2 

16.99 

1048 

Lacaille  678     .... 

7-4 

8  36.  58 

63.0 

2 

2.752 

-    24  n  35.8 

68.4 

2 

16.98 

1049 

O.  Arg.  S.  1421     .    .    . 

7-8 

8  47-  i? 

68.8 

2 

2.859 

-  16  37  48.  i 

64.9 

2 

16.97 

1050 

O.  Arg.  S.  1424    .    .    . 

8.2 

8  49.  64 

66.8 

2 

2.756 

-  23  56    8.  7 

68.0 

2 

16.97 

1051 

1052 

Weisse  II,  120     ... 

8.5* 

4..  1 

2     8  53.  34 
o    o.  08 

47.0 
68  9 

2 
2 

+  3-OI3 

•J      C7Q 

44445-8 
4   33  "  52.0 

47.0 
47.8 

4 
3 

+  "6.97 
16.96 

i°S3 

B.A.C.  700     .... 

6.0 

9  16.23 

65-3 

2 

4-  IS1 

+  56  29    9-  2 

66.9 

2 

16.95 

1054 

O.  Arg.  S.  1433    .    .    . 

7-4 

9  19-67 

63.8 

2 

2.705 

—  27  10  32.4 

68.5 

2 

16.95 

1055 

B.  A.C.  701      .    .    .    . 

6.0 

9  2S-38 

65-3 

2 

4-  154 

+  56  3'   "1-4 

66.9 

2 

16.94 

1056 

B.  A.  €.702     .... 

7.5* 

2     9  30.  02 

59-o 

2 

+  4-520 

+  63  41   18.6 

53-9 

3 

+  16.94 

1057 
1058 

Rumker  N.  F.  1051      . 
67  Ceti 

9.0 
6  o 

9  51-59 

IO      Oil 

76.0 
61  < 

I 
4.7 

4.  1  06 

2   q8l 

+  55  >3  54-7 

—      7      4      Q.  I 

74.6 
58.6 

3 

3 

16.92 
16.92 

•859 
1060 

Lalande  4238  .... 
Arietis  ...... 

7-5 

^.  7 

10       I.  08 

IO   2O.  64 

72.9 
61.  3 

4 

7 

3-303 

7.   724 

+  17  48  13-3 

+  '9  "5     5-  " 

59.0 
71.0 

3 
3 

16.  91 
16.90 

1061 

Weisse  II,  143     ... 

8.0 

2    IO    27.  52 

61.9 

3 

+  3.249 

+   13  49    4-  2 

55.0 

2 

+  16.89 

1062 

Weisse  II,  144     .    .    . 

8.0 

10  31.68 

61.  o 

2 

3.236 

+   12  46  51.4 

57-i 

4 

16.89 

1063 

O.  Arg.  N.  2622   .    .    . 

8.2 

to  31.83 

7>-3 

3 

4.  112 

+  55  «6  45-7 

57-9 

I 

16.89 

1064 

Weisse  II,  147     .    .    . 

6.0 

10  45.  46 

70.9 

2 

3.086 

+     i     5  45-  i 

72.9 

4 

16.88 

1065 

B.  VI.  +  55°,  588  .    . 

7-i 

II     o.  47 

77-8 

I 

4.115 

+  55  '5  46.  2 

77-9 

2 

16.86 

1066 

0.  Arg.  N.  2637    .    .    . 

8.0 

211      9.  10 

77.8 

2 

+  4.  116 

+  55  " 

.   .    . 

1067 
1068 

Weisse  II,  159     ... 
Weisse  II,  155     .    .    . 

8.5* 

7    O 

II    12.83 

n   16.  80 

47.0 

75.  I 

2 
C 

3.012 
3.  2"n 

-    4  44  5°.  7 

-)-    12    2O    35-  2 

47.0 
69.  o 

4 

2 

+  16.86 
16.  86 

1069 

Weisse  II,  158     ... 

7.0 

n  16.88 

6l.7 

4 

3.168 

+     73"  56.  i 

55-6 

3 

16.86 

1070 

Weisse  II,  168     ... 

8.0 

1  1  29.  86 

62.8 

2 

3.002 

•    S31     4-' 

58.0 

2 

16.84 

1071 

Rumker  N.  F.  1172     . 

8.8 

2  ii  31.07 

62.5 

2 

+  3-001 

5  33  53-4 

57-9 

2 

+  16.84 

1072 

JO77 

B.A.C.  718     .    .    .    . 

7.0* 
8  o 

12      3.68 
12    l6.  47 

70.7 
?7   Q 

4 
2 

4.  176 

^   OI  I 

+  56  35  55-  9 
-     4  46  26.  2 

53-9 
69.  o 

3 

2 

16.82 
16.  81 

IO74 

n     Ceti    ... 

C    o 

12    I  6   4Q 

?8  8 

2 

i  026 

—     1   16   56.  q 

69.  9 

3 

16.81 

1075 

Weisse  II,  186     ... 

8.  i 

12   35-18 

76.0 

3 

2.926 

-  II    15  48.  9 

72.5 

4 

16.79 

1076 

IO77 

Weisse  II,  182     ... 
i     Persei 

8.0 

C    2 

2    12   37.03 
12    17    dl 

64.5 

71   8 

2 

-I 

+  3-  250 

4124. 

+   "3  39  10-5 
4-   1?   12     q.  Q 

55-o 

6^.  4 

2 
2 

+  i6-79 
16.  79 

1078 

Weisse  II,  185     ... 

9.0 

12    38.  24 

62.5 

2 

2.999 

5  38  40.  7 

63.3 

3 

16.79 

1079 

B.  A.  C.  722      .... 

7.0 

'2    38.75 

58.0 

3 

3.008 

-    4  59  28.  3 

68.0 

2 

16.79 

1080 

B.A.C.  723      .    .    .    . 

6.4 

12    42.  13 

65.6 

5 

2.706 

-  26  36  29.  i 

72.4 

4 

16.79 

CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

|ri 

rt 
<u 
>» 

c 

rt 
ej 

S 

| 

o 

o 
o 

z 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

1 

d 
rt 
v 

a 

'o 

(M 

O 

6 
K 

Annual 
Precession, 
1860. 

h.  m.      s. 

" 

s. 

0         /           // 

// 

1081 

Weisse  II,  189     ... 

9.0 

2   12  43.06 

62.0 

2 

+  2.999 

5  4°  25.3 

66.5 

2 

+  16-79 

1082 

Weisse  II,  188     ... 

8.8 

13     1.86 

72.6 

6 

3.242 

+  13     i  36-2 

72.4 

4 

16.77 

1083 

Lalancle  4311    .    .    .    . 

8.0* 

13     6.58 

60.8 

2 

4-  I91 

+  56  44  4°-  6 

60.  5 

2 

16.77 

1084 

O.  Arg.  S.  1489     ... 

8.0 

'3  30-39 

63.2 

3 

2.740 

—  24  1  6  40.  2 

67.9 

2 

i6-75 

1085 

Lalande  4342   .... 

7.2 

13  5I-92 

72.5 

6 

3.629 

+  37     3  25.9 

74.0 

2 

16-73 

1086 

Weisse  II,  209.  .    .    . 

9-3 

2    13    53-05 

61.8 

5 

+  3-25I 

+  13  17  34-o 

55-9 

2 

+  16-73 

1087 
1088 

O.  Arg.  N.  2680    .    .    . 
69  Celi    ...            ... 

9.0 
e  o 

13  53-96 

H4.6    4.1 

61.  9 
64  o 

2 
•J 

4.462 

^      O6Q 

+  62    3    3.5 

—      O    14.  44.    8 

69.5 

7O     7 

2 

•3 

16-73 
16.69 

1080 

70  Ceti    

j  w 

6.0* 

if.V/.    L^l 

K     A  86 

"•"t  •  v 

AZ    7 

j 

J.    l^V/y 

•?    O12 

vy     14.    ft-  u 

—       I     31    27    I 

/"•  J 

71    I 

J 
•I 

16.67 

:* 

logo 

64  Andromeda:      .... 

7.0 

J           *T'    ^u 

15      8.04 

TO-   / 
76.O 

3 

O'  **ym 

3-938 

*    o  *    *•/  •  * 

+  49  22     8.4 

/ 

76.6 

O 

5 

16.67 

1091 

Weisse  II,  231      .    .    . 

7-5* 

2  15  10.  79 

71-5 

3 

+    2.  922 

-  II  24  57.  1 

68.9 

2 

+  16.67 

1092 

Lalande  4410   .    .    .    . 

6.  i 

15  29.23 

64.4 

4 

2.826 

-  18  18     2.0 

65.5 

2 

16.65 

1093 

Weisse  II,  235      .    .    . 

8.0 

'S  3°-77 

6O.4 

4 

3-  I76 

+     7  54  20.0 

58-3 

3 

16.65 

1094 

Lalande  4387    .... 

6.8 

15  33-57 

68.9 

2 

3.669 

+  38  42  28.  8 

65-7 

3 

16.65 

1095 

B.  A.  €.728      .    .    .    . 

8.5 

15  44.04 

70.8 

2 

3-  206 

+    10    I  I    48.  0 

69.9 

2 

16.64 

1096 

Lacaille  711     .... 

6.8 

2  15  49-57 

62.  9 

4 

+  2.666 

-  28  30    4.  o 

65-9 

2 

+  16.63 

1097 

K     Fornacis    

6.0 

16     8.25 

67.0 

3 

2.732 

-  24  27  15.4 

71-5 

4 

16.62 

1098 

O.  Arg.  N.  2729    .    .    . 

7.2 

l6  22.  22 

58.9 

2 

4.  207 

+  56  35  33-5 

59-9 

4 

16.  61 

1099 

O.  Arg.  8.1522     .    .    . 

6-3 

l6   22.  27 

68.8 

2 

2.814 

-  18  59  22.5 

66.0 

2 

16.  61 

IIOO 

Weisse  II,  250     .    .    . 

7-  i 

16  24.  23 

62.8 

4 

2.982 

6  49  47.  3 

62.0 

2 

16.  61 

IIOI 

IS.  A.  C.  741      .    .    .    . 

6.5* 

2    17      I.9I 

54-i 

7 

+  3-  192 

+     9    443-5 

57-3 

3 

+  16.58 

I  102 

IS.  A.  €.742      .    .    .    . 

6.0 

17      7-50 

68.9 

3 

2.628 

-  30  30  16.3 

,72.7 

4 

i6.57 

1103 
IIO4 

B.A.C.743      .    .    .    . 
f     Arietis  .... 

6.6 

c    c 

17      8.54 
17    IQ   OI 

63.2 
(,-,  i 

5 
6 

2.678 

32QX 

-  27  37  51.6 

+Q    ^8     *O    2 

66.9 
67.8 

2 

c 

16.57 
16.56 

no? 

(     Cassiopeas 

J*  J 
4   O* 

/          7'  v^1 

17    3£   06 

wj-  * 
io  8 

20 

.    AVJ 

A    8?I 

y  j°  j**'  * 

_|_  66  46  1  1  .  8 

6e   e 

j 
21 

16  zz 

j 
1106 

DM.  +  61°,  415  .    .    . 

*r-  w 
8-5 

1  /    JJ'  wu 

2  i?  35-35 

i|.y.  o 
64.5 

2 

T"  "j1 

'  +  4-  444 

+  61  10    8.5 

j-  j 
68.0 

2 

•  jj 
+  16.55 

1107 

B.  A.  €.740     .... 

6.0* 

17  42.65 

66.9 

3 

7.856 

+  81     i   10.  o 

61.8 

3 

16.54 

1108 

Weisse  II,  278     ... 

8.4 

"7  44-53 

71.9 

3 

3-177 

+    7  54  55-  5 

56-4 

2 

16.54 

1109 

0.  Arg.  S.  1535    .    .    . 

8.5 

J7  49-34 

68.9 

2 

2.814 

-  18  47  53-8 

64.9 

2 

16.54 

i  no 

Weisse  (2)  11,410   .    . 

8.2 

17  51.10 

59-7 

4 

3-331 

+  18  55  n-7 

57-2 

4 

16.54 

mi 

Lacaille  726     .... 

6.4 

2  18     2.77 

64-3 

3 

+  2.695 

-  26  29     4.  4 

68.0 

2 

+  16-53 

in-' 

Weisse  II,  288     ... 

8.2 

18    6.  14 

68.9 

2 

2.999 

-      5    22    55.2 

65.6 

3 

16.  52 

1113 

B.  A.  €.750     .... 

6.4 

1  8  40.  25 

73-3 

4 

3.206 

+  10    o  47.4 

77-7 

2 

16.  50 

1114 

Lalande  4504  .... 

7-5 

1  8  53.80 

64-5 

2 

3-I46 

+     5  39  39-  i 

69.0 

2 

16.48 

1115 

Lacaille  727     .... 

7-2 

18  58.48 

63.6 

4 

2-757 

-   22   26  3O.O 

68.4 

2 

16.48 

1  1  Hi 

Weisse  (2)  II,  444   .    . 

8-5 

2  19    3.08 

62.  2 

4 

+  3-384 

+    22    14  47.  3 

58.7 

5 

+  16.48 

"I? 

0.  Arg.  S.  1547    .    .    . 

8-5 

19    I2.OO 

76.0 

i 

2.723 

-   24  36    19.6 

77-9 

2 

16.47 

niS 

Weisse  II,  305     .    .    . 

7-5 

19    15-35 

71.2 

4 

3.  206 

+    9  55  59-5 

55-o 

3 

16.47 

1119 

Weisse  (2)  II,  449    .    . 

9-5 

19    16.38 

62.3 

3 

3-385 

-f-  22  16  19.  6 

59-2 

4 

16.47 

II2O 

Weisse  II,  306     ,   .    . 

7.6 

19    17.92- 

74-8 

3 

3.206 

+    9  57 

•   • 

16.47 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

C 
3 

£ 

rt 
0 

S 

1 

lM 

0 

d 
£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

ij 

rt 

£ 
S 

1 

i— 

o 
o 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

Off/ 

// 

II2I 

O.Arg.  8.1531     .    .    . 

5-8 

2  19  21.  06 

68.9 

2 

+  2.853 

-  15  58  21.4 

66.  i 

2 

+  16.45 

1122 

O.Arg.S.  1554    .    .    . 

7.0 

19  30.  70 

73-4 

4 

2.724 

-  24  28  32.  5 

72.9 

4 

16.45 

II23 

Carrington  347         .    . 

9.0* 

19  32.04 

61.  9 

2 

3°-  305 

+  88  23  30.4 

67-5 

2 

16.45 

1124 

Weisse  II,  312     .    .    . 

8.0 

19  41.94 

59-9 

3 

3-  H7 

+     5  35  46-5 

56.8. 

2 

16.44 

1125 
1126 

O.  Arg.  S.  1558     .    .    . 
25  Arietis  ...        ... 

8-5 

7.0* 

19  54.  86 

2    IQ    c6    7S 

73-6 
60.  o 

3 

2.721 

+      7     2O  I 

-  24  30  49.  8 

+O    1A_    12    I 

72-3 

CA     O 

3 

16.43 
+  16x7 

1127 

12  Trianguli  

/ 

c.  o 

•y  j  •  /  j 
10  i;8  oo 

4.C    7 

•J 

J'  *•'•'* 

i  408 

9    J4    J**  l 

+    2O       2     "JO    C 

34'  w 

71     7 

10.  43 

T  6    A  1 

1128 

Anonymous  

J 

o.  ^ 

•  y  j 
20  26.  26 

1O'  / 

68  Q 

J 
I 

j1  T-yu 
4,170 

*y       •    J^'  J 
_j_    6l     12 

/  *  •  O 

10.  43 

1  6   ii 

1129 
1  1  7.O 

Weisse  (2)  II,  482   .    . 
Is    Ceti        .    . 

V     J 

6.8 

4   8 

20  33.  57 

2O   47     I? 

*•**•  y 

71.6 
61.8 

3 

44 

"  T1/ 

3.646 

i   178 

-f-  36  42     6.  6 

67.2 

fin   e 

4 

1  6.  40 

*  •O" 

1131 

Weisse  II,  333     .    .    . 

*f-  u 

9-o 

•**    *TJ-    *J 

2  20  48.  77 

61.5 

44 

5 

j'  ll° 

+  3-  '45 

T     7  49  5°-  ° 
+     5  25  39-9 

oo.  5 
59-0 

2 

1  6.  39 
+   16.39 

1132 

Lalande  4575   .... 

6.8 

21    33-25 

68.9 

2 

3-  685 

38  19  40.0 

46.9 

2 

16-35 

"33 

DM.  +  61°,  422  .    .    . 

9.0 

21    48. 

4.482 

+  61   ii     4.7 

64-3 

3 

16-35 

"34 

Lacaille  744     .... 

7-8 

22       I.  08 

63.0 

2 

2.675 

-  27     3  37.  5 

71-3 

3 

'6-33 

"35 

I^alande  4562   .    .    .    . 

8.0 

22       3.99 

70.0 

2 

4-479 

+  61     6  36.3 

68.0 

2 

l6-33 

1136 

Lacaille  749     .... 

7.0 

2    22       5.98 

76.1 

I 

+  2.  539 

-  34  26  24.  o 

68.2 

7 

+  16-33 

"37 

B.  A.  0.764      .    ."  .    . 

7.  o* 

22       7.  04 

58.9 

2 

*  3-  194 

+     8  56  18.  8 

53-8 

2 

16.32 

1138 

Weisse  II,  363     ... 

7-2 

22    17.83 

66.9 

2 

3.180 

+     7  52  21.3 

67-5 

2 

16.31 

"39 

B.A.  0.766     .    .    .    . 

6.5* 

22    29.  62 

65.9 

3 

3-429 

+  24  36  45.  3 

69.5 

'  2 

16.30 

1140 

B.  A.  0.768      .    .    .    . 

6.0* 

22  33-  39 

58-9 

2 

2.590 

-  31  43  45-  3 

53-9 

3 

16.30 

1141 

1  142 

Lacaille  750     .... 
26  Arietis 

7-5 

r    r 

2    22    40.  65 
22  47.  62 

63-7 

£7    7 

4 

2 

+    2.  728 

3-JAA 

-  23  50     i-7 

+    ro    17    CA    r> 

72.7 
69.  9 

3 

+  16.  29 

*  •  t** 

"43 

Weisse  II,  373     .    .    . 

.)•  J 
9.0 

22    56.  32 

j/'  3 
66.0 

2 

'  J44 
3.261 

*9    *  J    54-  ° 

+  '3  38  13-3 

63-2 

4 

lo.  29 

16.28 

"44 
1145 

B.VI.  2i>,  37     .    .    .    . 

8.4 
6.0* 

23       2.  27 
27       8    7Q 

64.4 
60  7 

2 

2.659 

3-312 

-  27  53     4.  6 

_L     17       A     C7     7 

70.0 
cfi  -i 

2 

g 

16.  27 

1  6   27 

•  •  t  j 
1146 

Weisse  II,  379     .   .    . 

8.1 

•j         /  y 

2    23    IO.  28 

w.  ^ 

68.8 

2 

•  J1  •*• 

+  3-250 

V     *  /        4    j/  •  O 
+    12   48    31.8 

ou-  j 
58.9 

2 

+  16.27 

"47 

Lacaille  756     .... 

7.0 

23  10.  96 

63-5 

2 

2.712 

-  24  43  54.  2 

68.9 

2 

16.  27 

1148 

Weisse  (2)  II,  545    .    . 

6.0 

23  '2-47 

68.9 

2 

3.672 

+  37  29  58.  o 

46.9 

2 

16.  27 

"49 

Weisse  II,  386  -  .    .    . 

9-o 

23  23.48 

56-9 

2 

2.976 

6  57  n.o 

56.9 

2 

16.26 

1150 
IKI 

B.A.C.773      .    .    .    . 
14  Trianguli  .    .    . 

6-3 

c    o 

23  31-79 

2    21    1A.    Id. 

63.0 

71     7 

2 

2-734 
-4-   t  612 

-  23  18  31.6 

_1_     -it     i|     oC    ft 

67.  o 

A  7    y 

2 
2 

16.  25 

|       T£    ^e 

j 

1152 

B.  A.  0.774      •    •    •    • 

j-  w 

7.0 

*    *J    J4*  ltt 

23  56.06 

/  *  -  / 
60.7 

3 

r   j'  "J-* 

2.  692 

1       OJ     J1     ZJ"  u 

-  25  48  43-  6 

47-  z 

68.0 

2 

T    ID-ZJ 
16.23 

"S3 

B.  VI.  +  38°,  502    .    . 

7-i 

24    1.92 

68.9 

2 

3-707 

+  38  55  42-  3 

66.3 

3 

1  6.  22 

"54 

Weisse  11,397      .    .    . 

8.2 

24    6.  78 

59-o 

2 

3-095 

+     i  38  48.  i 

68.7 

3 

1  6.  22 

"55 

B.A.C.77S 

6-3 

24    9.78 

63.2 

3 

2-735 

-    23    10     4.  2 

65.5 

2 

1  6.  22 

1156 

B.  A.  0.776      .... 

6-5 

2    24    15.78 

59.0 

2 

+  3-°95 

+      I    38  42.  1 

63-7 

3 

+  16.  21 

"57 

Lacaille  767     .... 

7.0* 

24    18.34 

76-5 

3 

2.546 

—  33  44  55-  9 

65.6 

2 

16.  21 

1158 

Lalande  4667   .... 

6.8 

24    19.88 

68.8 

2 

3-659 

+  36  42  51.6 

48.0 

S 

16.  21 

"59 
1160 

Weisse  (2)   II,  587  .    . 
75  Ceti  

8.2 

«.  ?* 

24    26.  76 
2?      2.  IQ 

66.9 

C7   7 

2 

3.386 

3OCO 

+  ?»  42  44-  7 

—  ••       I     7.Q    IQ    2 

65-9 

60    A. 

2 
2 

1  6.  20 

16    17 

j  j 

j        •  *y 

9i    1 

.  v^v 

*  jy  *y*  * 

uy.  4 

1  *J,    1  j 

32 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

lj 
• 

5. 

d 

rt 
0 

s 

1 

•o 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 

>, 

1 

en 

•5 

i»* 

o 

o 

£ 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /           // 

| 
// 

Mill 
I  l62 

Weisse  11,415      .    .    . 
a    Ceti   

7-5 

4.  3 

2   25    22.  22 
25    27.  V) 

66.9 

45-  7 

3 

4 

+  3-  "5 
2.847 

+     377-1 
-  15  51  40.  5 

65.0 
67.9 

2 

6 

+  16.15 
16.  14 

Il63 

Rumker  654     .... 

^  j 

8.2 

j      I    J 

25  37-  28 

T^  J      1 

59-6 

4 

3.358 

+   19  49    9-7 

56.5 

6 

16.  14 

Il64 

Lacaille  771     .... 

7-3 

25  38.88 

63-3 

3 

2.724 

-  23  42  18.  5 

66.0 

2 

16.  14 

Il6S 

Tr.  Z.  102,  8     .... 

7.0 

26  13.74 

71.6 

3 

2.55° 

-  33  '3  34-  7 

65.0 

2 

16.  II 

not. 

O.  Arg.  S.  1630    .   .   . 

7.0 

2   26    18.28 

63-9 

7 

+  2.655 

-  27  37  21.9 

69.9 

3 

+  16.  ii 

1167 

Weisse  II,  437      .    .    . 

8.0 

26  55-  '3 

62.0 

4 

2-979 

—    6  37  25.0 

73-3 

5 

16.07 

II  OS 

Weisse  (2)  II,  642  .    . 

5.6 

27      2.  O2 

68.8 

2 

3.668 

+  36  41  49-  4 

46-9 

3 

16.07 

1169 

Weisse  II,  442     .    .    . 

7-5 

27    8.  81 

68.8 

2 

2.984 

-     6  15  13.  i 

46.8 

i 

1  6.  06 

1170 

Weisse  II,  443     .    .    . 

7-8 

27    8.83 

68.8 

2 

2.984 

-    6  15     8.4 

47.0 

4 

16.  06 

1171 

Lalande  4761   .... 

6.8 

2   27    19.  19 

73-9 

5 

+  3-664 

+  36  26  36.  i 

65.9 

3 

+  16.05 

1172 

B.  A.  0.789      .    .    .    . 

7.0 

27   39.46 

59-4 

4 

3-  169 

+    6  51  35.8 

54-9 

4 

16.04 

'"73 

Anonymous  .        ... 

9.0 

27   42.07 

66.3 

2 

2.  629 

-  28  51     2.4 

69.0 

2 

16.03 

"74 

Lacaille  783      .... 

7.0 

27   42.  82 

65.6 

3 

2.  629 

-  28  50  56.  6 

69.0 

2 

16.03 

"75 

Weisse  II,  455     ... 

8.1 

27    5°-94 

64-3 

3 

3.I2I 

+    33°  46.  7 

61.9 

2 

1  6.  03 

1176 

Lacaille  787     .... 

6.2 

2   28    12.85 

64.4 

2 

+    2.738 

-  22  32  33.  4 

69.4 

2 

-(-  16.  01 

"77 

Weisse  (2)  II,  669  .    . 

5-6 

28    13.  60 

68.9 

2 

3.704 

+  38    7  36.  2 

69.0 

2 

16.  01 

1178 

Lacaille  789     .... 

6.8 

28    14.  14 

68.9 

2 

2-534 

-  33  43  47-  6 

65.5 

2 

16.  oo 

"79 

B.A.C.793      .    .    .    . 

6.5 

28   26.08 

73-4 

4 

3.  160 

+     6  13  20.  o 

73-5 

4 

16.  oo 

1180 

O.  Arg.  S.  1655     .    .    . 

7-3 

28   30.  19 

63-9 

3 

2.  8ll 

-  17  54  17-5 

73-3 

3 

15.99 

nSi 

1  182 

Weisse  II,  470     .    .    . 
„     Ceti    

8.2 
4   5* 

2   28   31.  14 
28    •?!    76 

61.5 

4.6    $ 

2 
A 

+  3.  281 

7.  142 

+   H  32  13-0 
+     4  58  48.  6 

56.7 
73.0 

5 

4 

+  «5-99 
it;.  09 

1183 

Weisse  II,  475     ... 

^  J 

8.0 

•*•*    O        / 

28  34.41 

t"-  J 

68.9 

*T 

2 

J'    **t*1 

2.983 

6  17     5-3 

46.9 

3 

j    yy   1 
15.99 

1184 
iiSc 

Weisse  (2)  11,691  .    . 
70  Arietis                   .    .    . 

9.0 

6   4. 

28  50.  01 

28    S3    7O 

60.0 
68.  i 

2 

•5 

3.368 

-7     A?1 

+  20    5  19.7 
-1-24.     2     q.  7 

55-o 
61.0 

2 
3 

15-97 
11.  Q7 

I  103 

II  So 
1  187 

B.  A.C.797  
31  Arietis  

*"  *T 

6.0 

c    c* 

*W      JJ.    JV 

2   28   56.51 

29    o.  28 

67.1 

7O.  S 

J 

3 

A 

•J'  MOJ 

+  3-433 

^.  24.2 

i     **T^           y  i 

+    24      2      7.  I 
-f-    II    50    19.8 

61.0 
47.8 

J 

3 

2 

j   71 

+    15-97 
15.96 

llSS 

Weisse  II,  479     .    .    . 

J-  J 

9.0 

29      3.  48 

/"•  j 

61.5 

*T 

2 

j'  *•*+*• 

3.282 

+  '4  34    5-  7 

55-9 

3 

I5.96 

1189 

Lacaille  792     .... 

7-4 

29      4.78 

63.2 

3 

2.617 

-  29  18  42.6 

73-o 

4 

15.96 

1190 

B.A.C.Soo  

6.5* 

29  10.  23 

58-9 

3 

3-  '73 

+     7    7    6.3 

69.5 

2 

15.96 

1191 

O.  Arg.  S.  1664    .    .    . 

8.7 

2   29   32.76 

63-9 

3 

+  2.653 

—  27  18  33.0 

67.9 

2 

+    15-93 

1192 

Weisse  (2)  II,  702   .    . 

7.0* 

29   38-85 

76.7 

4 

3.687 

+  37     7    5-  i 

64.9 

3 

'5-93 

"93 

Weisse  (2)  II,  71  1   .   . 

8-5 

29   52.44 

66.0 

2 

3.462 

+  25  35  46.  8 

73-2 

4 

15.92 

"94 

B.A.C.803  

5-7 

30      6.91 

73-i 

4 

2.589 

-  30  39  23.  o 

69-5 

2 

I5.91 

"95 

Lacaille  796     .... 

7.0 

30    1  1.  06 

63-3 

3 

2.  7OO 

-  24  31  49.0 

71-3 

3 

15.90 

1196 

Weisse  (2)  II,  718  .    . 

7-5 

2   30    13.59 

73-2 

3 

+  3-547 

+  30  13  '7-4 

70.9 

2 

+    I5.90 

"97 
1198 

Weisse  (2)  II,  727   .    . 
81  Ceti  

9.0 
v<;* 

30   28.  76 
TO  38.  74 

72.3 
to.  •} 

3 
6 

3-464 
3.015 

+  25  37  56.8 
-    4    o  14.  4 

67.  o 
54-o 

2 
2 

15.89 
15.88 

I  IQQ 

y  s 

s.o 

Ov    J"-  /^ 

TO   C.2.  19 

jy  j 

68.9 

2 

3-  392 

-f-    21    21    12.  7 

68.9 

4 

15.87 

•  «yy 
1200 

Lacaille  802     .... 

y  v 

7-4 

j      j      jy 
30  59.  72 

63-5 

2 

2.607 

-  29  36  9.2 

69.0 

2 

15.86 

U.  8.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

8 
1 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

at 

B 

X 

I 
"5 
o 

& 

S  '«  jj 

I2OI 

B.A.C.  809  

6.0* 

h.  m.      s. 
2  31     9-8i 

59-6 

3 

s. 
+  2.494 

0          /          // 

-  35  10  42.8 

6i.s 

3 

+  "5-85 

1202 

Lalande  4903   .... 

7-5 

31   18.94 

77.0 

2 

3.280 

+   '4  '5  "-7 

77.3 

5 

15.84 

«203 

1204 

Lacaille  803     .... 
B.A.C.  810  

6.0 

3'  24.51 

71     71     77 

65.8 
68.9 

5 

2.714 

•7    217 

-  23  36    8.  3 

-(-    IO      I    CC.  ! 

j  64.9 

fi7     C 

3 

15.84 

1205 
1206 

Tr.Z.98,44     .    .    .   . 
i     Ceti  

6-5 
c.  $ 

J  *     J     '  Jt 

32     1.86 
2  32  18.  5  i 

71.8 

cc   8 

3 

C 

2.511 

4-     7    068 

-  34  17     8.6 
o  16  ?S   c 

07.  5 
67.0 

2 
2 

15.80 

+     1  c    70 

1207 
1208 

Lacaille  813     .... 
M.  Z.  81,9    .    .    . 

j  j 

6.  7 
7   O 

32  41.96 

32    46.   26 

j  j.  ^ 
63.3 

64      1 

J 

4 

2 

2 

-f-    j.  uuo 

2.663 

-y     C*7  I 

**  *w  j°-  j 
—  26  20  54.  5 

T  1    j  2    2O    7 

68.0 

fin    c 

2 

'J.  79 

'5-77 

1209 

DM.  +  21°,  365  .    .    . 

/ 

9.0 

32  48.88 

65.9 

2 

*  571 

3.398 

+    21    31    21.8 

09.  5 

70.0 

4 

2 

^  5*  7 

15.76 

I2IO 

B.A.C.  814  

7.1 

32  49-60 

61.9 

2 

5.042 

+    67    13    34.  I 

73-' 

8 

15.76 

I2II 

B.A.C.  817  

6.8 

2   32   52.93 

68.9 

2 

+  3.152 

+    5  30  29.  3 

67.0 

2 

+  '5.76 

1212 

Weisse  II,  556     ... 

8.5 

32   56.93 

59-0 

2 

3-295 

+  '54  59-6 

59-9 

4 

'5-  75 

1213 

Lacaille  814     .... 

7.0 

32   57-81 

63.5 

5 

2.  624 

-  28  25  31.7 

70.  i 

2 

'5-75 

1214 

Weisse  II,  566     ... 

9-o 

33    8.74 

62.5 

2 

2.981 

—    6  17    0.8 

51.9 

4 

'5-74 

1215 

Lacaille  816     .... 

7-1 

33  '2-99 

62.9 

2 

2.665 

—  26  10  29.  8 

72-3 

4 

'5-74 

1216 

Weisse  (2)  II,  805   .    . 

8.4 

2  33  32.47 

65.9 

2 

+  3.401 

+  21  38  33.0 

65.0 

2 

+  15-72 

1217 

Weisse  II,  576     ... 

8.0 

33  35-25 

62.6 

2 

2.990 

5  37  40.4 

56.9 

2 

15.72 

1218 

Weisse  11,574     .    .    . 

8-5 

33  35-  25 

66.0 

2 

3.010 

-    4  18  44.  i 

68.  i 

2 

15.72 

1219 

Weisse  II,  569     .    .    . 

9.0 

33  35-66 

59-0 

2 

3.301 

+  '5  26  15.3 

54-9 

2 

15.72 

1220 

Weisse  II,  580     ... 

7-1 

33  45-48 

68.9 

2 

3.152 

+     5  28    8.6 

67.0 

2 

IS-?' 

1221 
1222 

Weisse  II,  575     .    .    . 
Weisse  (2)  II,  815   .    . 

8.1 
9.0 

2  33  45-  95 
34    2.  21 

68.9 
69.0 

2 

2 

+  3.295 
3-441 

+  '5     2  25.0 
+  23  55     3-  ' 

60.3 
56.9 

3 

2 

+  '5-7' 
15.70 

1223 

Weisse  II,  585     ... 

7-2 

34     2.  65 

61.  9 

4 

3.128 

+     3  49  39-  3 

64-5 

4 

15.69 

1224 

O.Arg.S.  1735    .    .    . 

7-0 

34    3-'8 

70.5 

3 

2.567 

-  3'  '4    8.3 

69.0 

2 

15.69 

1225 
1226 

O.Arg.  8.1738    .    .    . 
fjt    Arietis  

7.0 
6.0* 

34  '4-9° 
2  34  28.  70 

68.9 

60    Q 

2 

2.688 

+      1      iftft 

-  24  44  18.  8 

67.0 

*7O    7 

2 

'5-69 

1227 

O.Arg.S.  1744    .    .    . 

7-7 

34  40.  63 

68.8 

3 

J-  Juu 

2.794 

-   18  25  17.3 

/*"  J 

68.5 

2 

15.66 

1228 

B.  VI.  +  370,  608  .    . 

8.0 

34  4°-  92 

69.0 

2. 

3-7'S 

+  37  34    8.0 

66.3 

3 

15.66 

1229 

Weisse  II,  603     .    .    . 

9-4 

35   '4-  18 

64.  o 

2 

3.260 

+  12  40    3.3 

70.0 

2 

15.64 

1230 

Weisse  (2)  II,  860  .    . 

8.0 

35  44.98 

60.  o 

2 

3-385 

+  20  33     1.6 

55-7 

3 

15.  60 

1231 
1232 

O.Arg.  8.1758    .    .    . 
y    Ceti  

8.2 
1.4* 

2  35  5'-  60 

36      2.  08 

68.9 

2 

+  2.615 

31  I  I 

-  28  32  58.8 

4-       2    78    IO    A 

65.5 

2 
8q 

-r-  15.59 

1233 

Weisse  II,  615      .    .    . 

j  ^ 

8.1 

36    6.  94 

65.0 

6 

.111 
3.262 

i^     *  j^  jy.  T- 
+  '2  4'  35-4 

66.5 

°y 

2 

15-58 

1234 
1235 

B.A.C.  840      .... 
Lacaille  838  

6.0 
6.  5 

36  31-87 

76.2 

4 

2.389 

2.  6OQ 

-  38  58  58.  5 

—    28   AA    C.C    C 

76.5 

4 

2 

15-56 

ic    CA 

1236 
1237 

Riimker  695     .... 
38  Arietis  

8.2 

c    c 

2   36   50.68 

61.2 

CQ    Q 

4 

+  3-397 

T.  2'JO 

•*•    *r*r    jj-  J 

+  21     i  ii.  5 

+   I'    51    14*  4 

58.7 

C.7    Q 

4 

2 

j    j^ 

+  '5-54 

1C     CI 

1238 
1239 

Weisse  II,  640  .... 
fi    Ceti   

J    J 

8.6 

4.0* 

37  21.69 

•57    22    6l 

jy-  y 
62.8 

CQ    7 

3 
4 

2.  996 
•3    21  4. 

5    6  58.  2 

+o   ii    16    i 

;>/•  y 

56.9 

60.  o 

3 

2 

*  J'  J  * 

15.51 

1C     CI 

1240 

TT    Ceti   

*T'   ^ 

6.0 

Ji    *•*••  vj    , 
•37    27    CI 

Dy-  / 

7  "?.  o 

2 

2. 

y  j1   *w*  .5 

j^_    2?    IO.  Q 

6a  o 

2 

'  J'  J  * 
1C     CI 

j/    */  •  j* 

wy.  y 

1  J'  J  ' 

API 


34 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

>, 
d 

5 

S 

1 

IM 

O 
O 

Z 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 
>* 

i 

D 

s 

1 

lM 

O 

d 
fc 

Annual 

Precession, 
1860. 

I 

1241 
1  242 

Weisse  II,  639     .    .    . 
Lacaille  846                  . 

7.0 
6.  7 

h.  m.      s. 
2  37  29-  85 

¥7    3Q.  ^  \ 

66.9 

68.9 

2 

3 

+  3-261 
2.611 

0            /           // 

+    12  34   16.7 
-  28  29  42.  I 

67.5 
65.5 

2 

// 

+   15-50 
15-49 

1243 

O.Arg.  8.1780    .    .    . 

v.    y 

9.0 

J  I      O  '"     JJ 

37  S3-22 

v.   y 

69.9 

2 

2.600 

-  29     i  55-6 

72.8 

4 

15-48 

1244 

B.  A.  0.854  

6.7 

38      1.22 

63-9 

2 

2.656 

-  26    5  32.  2 

72.1 

4 

15-47 

1245 

Weisse  (2)  II,  915  .    . 

5.8 

38    "9-95 

68.9 

2 

3-677 

+  35  23  32-  2 

69.8 

5 

15.46 

1246 

Lalande  5112   .    .    .    . 

6-3 

2  38  43-  72 

69.0 

3 

+  3-7I9 

+  37  I2    6.3 

65.0 

3 

+  15-43 

1247 

B.  A.  €.857      .... 

7.0 

38  56.  78 

65.2 

3 

4.361 

+  56  26  44.9 

53-9 

2 

15.42 

1248 

Lalande  5115   .    .    .    . 

S.o 

38  57-45 

68.9 

3 

3.762 

+  38  54  54-  6 

66.3 

3 

I5-42 

1249 

B.  A.  0.858      .... 

6.5 

39  12.  68 

65-2 

3 

4-365 

+  56  29  49.  9 

53-9 

3 

15.41 

1250 

Lacaille  865     .... 

7-i 

39  56-39 

63-4 

4 

2.670 

-  25    5  24.  i 

65-5 

2 

15-37 

1251 
I2S2 

Weisse  (2)  II,  972  .    . 
r)     Persei    

7.0 
5.0 

2  40  25.  87 
40  30.  67 

68.9 
71.  2 

3 

4 

+  3-468 
4-  3'7 

+  24  42  32.  9 
+  55  18  40.4 

74-7 

64.  2 

3 
7 

+  15-34 
'5-34 

J 
I2C7 

BAG  866 

6.  <;* 

AO    37    QO 

SQ.  6 

4 

f.  467 

•4-  24  36    5.2 

58.7 

4 

'5-33 

l*J  J 
1254 

Weisse  II,  694     .    .    . 

J 

9.0 

*f  u    jj-y*-1 
40   44.  64 

jy 
66.5 

2 

J.       fvf 

3.  261 

-(-     12    21    48.  5 

68.  i 

2 

15-32 

1255 

Lalande  5181   .    .    .    . 

7.0 

40    52.  56 

71.8 

3 

3-703 

+    36    13    24-8 

65-9 

3 

15-3I 

1256 

Laciille  873     .... 

6-5 

2  40  52.  81 

63-9 

2 

+  2.704 

-  23     4  22.5 

72.5 

4 

+  I5-3I 

1257 
1258 

Weisse  II,  702     .    .    . 
TT    Arietis           

8.2 

6.0 

4i     7-  59 

4.1    20.  OQ 

70.3 
62.6 

3 
ii 

3-263 

3-  335 

-f    12   26   59.  2 

+  16  52  47.0 

65-5 
63-9 

2 

4 

15-3° 
15.28 

I2CO 

41  Arietis           .        .    . 

•?.o* 

H*     fry*  ^y 
41     45.  O2 

$6.  6 

7 

3.508 

-f-  26  40  49.  4 

72.  2 

5 

15.26 

*  *3y 

1260 

1  6  Persei        .    . 

J 

4    7 

4.1    4.^.  3Q 

J 

^.  7 

e 

3-  743 

-f-  37  44  24.0 

49-4 

9 

15.26 

I26l 

Weisse  (2)  II,  1018    . 

^    / 
7-5 

*T  "       TV*    J" 

2   42      5.  14 

j  j   i 

72.0 

j 
6 

+  3-472 

+  24  45     3-  9 

62.4 

2 

+  "5-25 

1262 

Weisse  II,  724     .    .    . 

7.8 

42   32.  60 

64.5 

2 

3-275 

+  13     7  40.  i 

66.5 

2 

15.  22 

1263 

0.  Arg.  8.1834    .    .    . 

7.6 

42   43.  08 

66.  i 

2 

2.  662 

-    25    II    39.  2 

73-i 

4 

15.21 

1264 

Tr.  Z.g8,  51     .    .    .    . 

6.2 

42  44-  35 

68.9 

2 

2.476 

-  34  21  58.3 

65.  o 

3 

15.21 

1265 

Weisse  II,  728     ... 

8.0 

42  47-  24 

65.2 

3 

3-27I 

+  12  5'  59-5 

68.5 

2 

15.21 

1266 

1267 

Weisse  (2)  II,  1038    . 
17  Persei 

8.5 
z  $ 

2  42  49.  1  1 

42    *i\.  Q7 

66.0 
71.6 

2 
5 

+    3-3°8 

3-  671 

+  15     8  29.7 
+  34  28  50.8 

68.  i 
67.7 

2 
4 

+    15-20 
15.  20 

/ 
1268 

O.  Arg.  S.  1838    .    .    . 

j-  j 
8.0 

*T*-      JJ'    yl 

43  "-72 

/      * 

63-9 

O 

3 

2.790 

-  17  51  50.0 

68.5 

2 

15.  18 

1260 

3    Fornacis 

4   8 

A  -3      I  1     06 

71.  7 

•3 

2.  505 

-  32  59  44.  2 

66.6 

2 

15.  18 

*-vy 
I27O 

Weisse  IF,  741      .    .    . 

*T*   u 

7-2 

*to   *j-  yv 
43  25.44 

ii 
59-5 

J 

2 

2-959 

7  20  52.6 

54-9 

2 

15.17 

1271 

Weisse  II,  742     .    .    . 

8.0 

2  43  25.  48 

59-5 

4 

+  2.959 

7  23  13.9 

56.0 

4 

+  I5-17 

1272 
1271 

Lacaille  891    .... 
y     Fornacis    

7.0 
6.0 

43  29.82 
43   38.83 

69.4 

SQ.  9 

2 

4 

2-538 
2.661 

-  3"  23  47.  i 
—  25     8  16.  i 

65-5 
59-4 

2 

4 

15.17 
15.  16 

/  *> 
1274 

a     Arietis   

6.0* 

•tj  j"~"  "j 
43  46.  01 

jy   y 

62.  I 

•! 

3-  299 

+    14   30    10.  2 

72.8 

5 

15.  15 

*  "  1  *T 
1275 

Weisse  II,  746     .    .    . 

8.8 

43  49-47 

65.2 

J 

5 

3-273 

+  12  54  47-  i 

66.5 

2 

I5-I5 

1276 

B.  A.  C.  883   .... 

5-5 

2  43  50.  29 

62.3 

5 

+  2.595 

-    28   31    30.  2 

65-3 

3 

+   I5-I5 

1277 
1278 

Weisse  II,  762      .    .    . 
T     Persei    

8.5 
S.o* 

44  19.  06 
44  21.  13 

62.O 

66.2 

2 
2 

3-045 
4.  204 

i  44  37-  i 
+  52  ii     9-7 

62.  9 
62.3 

2 

4 

15.  12 
15.  12 

*    */     ** 

1279 
1       1280 

Lalande  5315   .    .    .    . 
20  Persei    .    .     .... 

J 

8.5 
s.  S 

44  33-  23 

4  A     t-1,  2C 

65.6 

60.  4 

J 

3 

2 

2.688 
3-  755 

-  23  36  28.  5 
-4-  37  45  49.  4 

67.4 
74-° 

2 
2 

15.  10 

15.09 

j  j 

^t    JJ'  *-J 

vy*  t 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


35 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

h 

rt 

1 

C 
rt 

<u 

1 

IM 
O 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1800.0. 

rt 

G 

o 
o 

Annual 
Precession, 
1860. 

h.  m.     s. 

s. 

0         /             // 

„ 

1281 

Lacaille  900     .... 

7-  i 

2  45  26.  16 

65-4 

2 

+  2-541 

-  31     o  50.8 

65.0 

2 

+  I5-05 

1282 

B.  A.  C.  894  .... 

5.8 

46    o.  61 

62.6 

6 

2-531 

-  31   23  42.4 

65-5 

2 

15.02 

1283 

Weisse  II,  790     .    .    . 

7-5 

46  15-34 

70.0 

5 

3-  209 

+     8  45  44.4 

55-5 

4 

15.  01 

1284 

Weisse  II,  789     ... 

7-2 

46  15.40 

7i.6 

3 

3.287 

+  13  38  41-5 

47-8 

2 

15.  01 

1285 

Lalande  5358   .... 

7-6 

46  29.  17 

61.0 

3 

3-038 

2  12  56.5 

59-7 

4 

14.99 

1286 

1287 

Lacaille  908     .... 
DM  4-  8°  44S 

6.4 

2  47     o.  21 

47    12    6  I 

63.8 
50.  o 

4 
i 

+  2.700 

1.  IQ7 

-  22  39  52.0 

4-      8    12      S    7 

67-5 
50.  o 

2 
I 

+  14-96 
Hoc 

1288 

Lacaille  910     .... 

6.0 

HI     mm*  vm 

47  !7-  14 

63-1 

2 

J'       71 
2.695 

j  '  I 
-   22    56  49.  3 

71.9 

3 

•  7J 

14.95 

1289 

DM.  4-  25°,  460  .    .    . 

8-5 

47  19-97 

66.0 

2 

3-499 

+  25  35  56.3 

69-9 

2 

14.94 

1290 

B.  A.  0.900     .    .    .    . 

6-5 

47  25.08 

76.0 

2 

2.  27O 

-  4i  57  59-2 

76.6 

4 

14.94 

1291 

Riimker  742     .... 

9.0 

2  47  26.98 

65.2 

3 

+  3-439 

+    22    21    46.  6 

54-3 

3 

+  H-94 

1292 

M.  Z.  155,  16    .    .    .    . 

7-4 

47  29.22 

68.9 

2 

2.680 

-  23  43     6.4 

66.4 

5 

14.94 

1293 

Weisse  II,  820     ... 

7-o 

47  37-6o 

60.0 

2 

3-  062 

—    o  37  18.  i 

62.5 

2 

H.93 

1294 

47  (H.)  Cephei    .    .    . 

6.0* 

47  38-60 

76.2 

4 

7.608 

+  78  5'  33-8 

73-4 

4 

14-93 

1295 
1296 

Weisse  (2)  II,  1148     . 
[ft    Arietis               .        .    . 

8.0 
6.0* 

47  52.79 

71.6 

S6.  2 

3 
? 

3-499 

+  25  31   17.7 

+     17    AC    4.2.  Q 

61.4 
69.  s 

2 
2 

14.91 

+    14.  QO 

1297 

O.  Arg.  S.  1887    .    .    . 

8.2 

47  58.  92 

J"' 

68.9 

j 

2 

2.682 

/      ^J     ^     '  7 

-   23   31    19.  2 

vy'  j 

67.0 

2 

**T-   7^" 
I4.0X) 

1298 

Weisse  II,  831     .    .    . 

6-5 

48    3-  5° 

69.0 

2 

3.070 

-    o    7  56.  5 

62.5 

2 

14.00 

1299 

DM.4-  14°,  493-    -    • 

9-3 

48  10.  76 

61.3 

6 

3-308 

+  14  47  50.  6 

61.  9 

2 

14.89 

1300 

DM.4-  14°,  494-    -    - 

9-2 

48  28.  40 

61.  4 

6 

3-309 

+   H  47  44-  6 

59-3 

3 

14.88 

1301 
1  102 

Weisse  II,  841      ... 
o3   Arietis  

8-3 
6.0* 

2   48   31-55 
48   32.  19 

65.0 
S6.4 

6 

I  ! 

+  3-  285 

+   13  20  48.  9 
+  17  27  44.  5 

65.0 
60.  o 

2 

3 

+      H.87 
14.87 

•  jv^* 
1303 

O.  Arg.  S.  1901    .    .    . 

6-7 

48  43-  68 

J      *  T^ 

63.6 

J 

4 

2.523 

-  31  27  41.6 

65.0 

2 

14.86 

1304 

B.  A.  €.905    .... 

6.5* 

48  44.  71 

68.0 

4 

3-195 

+     7  48  57-  9 

55-0 

2 

.     14.86 

1305 

Weisse  II,  846     .    .    . 

8-5 

48  45.  61 

69.6 

3 

3-071 

•    o    3  10.3 

63.0 

2 

14.86 

1306 

Weisse  II,  853     ... 

8-5 

2  49     2.  89 

69.5 

3 

+  3-071 

-    o    2  49.  5 

63-5 

2 

+      H-84 

1307 

B.  VI.  4-  38°,  599    .    . 

7.0 

49  10.32 

68.9 

2 

3.776 

+    38      2    57.5 

46.5 

4 

14.84 

1308 

Lacaille  922     .... 

6.6 

49  20.  1  6 

63-1 

2 

2-635 

-    25    52    l8.8 

71.1 

3 

H.83 

1309 

Weisse  II,  855     .    .    . 

»       I'.i'i'  l;nii                      .     . 

8.8 
6.0 

49  27-  39 

65.6 
45.8 

2 

•3 

3-306 

2.  922 

+  14  34    6.4 

—      0   27    20   6 

61-5 

71.  O 

2 

14.82 
I4.8l 

1311 

Weisse  II,  866     ... 

8-5 

2  49  40-  75 

60.  4 

J 

2 

+    2.964 

7         1          7*  *" 

•    6  49  13.9 

/    • 

55-1 

2 

+     I4.8I 

1312 

O.  Arg.  S.  1910    .    .    . 

8.4 

49  41-  H 

64.5 

2 

2.674 

-  23  47  16.  o 

67.5 

2 

14.80 

1313 

DM.  +380,601   .    .    . 

8.0 

49  53-91 

69.  I 

2 

3.783 

+  38  14  14.0 

47-9 

2 

14.79 

I3H 

Weisse  II,  872     ... 
47  Arietis  

6.5 
S-8 

49  59-  52 

50    4.  82 

68.9 

65.  o 

2 
2 

3.070 

-    o    7    5.7 
+  20    6  15.0 

62.5 
71.  5 

2 

4 

H-79 
14.78 

1316 
MI7 

B.  A.  €.908     .... 
24  Persei    

J 

6.0 

S.8 

2  50  16.  79 

SO  21.  77 

67.3 

60.  I 

3 
2 

+  8.  733 
1.  6o7 

+  80  55  17.6 
+  34  37    8.9 

67.0 
6s.  2 

2 

3 

+  14-77 
H-  76 

j   i 
1318 

RUmker  755     .... 

J 

8.0 

j         J    i  i 
50   28.  70 

vy,    M. 

63.1 

9 

J       yi 

3-322 

+  15  25  47-6 

"  J*  *• 

57-4 

3 

14.  76 

!3'9 

Weisse  II,  880     ... 

8.5* 

50   50-92 

60.  o 

2 

3.  226 

+     9  38  25.  5 

54-9 

2 

14-74 

1320 

Weisse  II,  881     ... 

8.6 

50   54-48 

67.8 

5 

3-308 

+  14  35  29.  2 

67.6 

5 

H-73 

CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

w- 

o 
6 

Z 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

k 

« 

P, 

s 

(A 

1 

b*M 

O 

1 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

1321 

Lacaille  932,  (ist*)     . 

7.6 

2  5'     3-56 

63.2 

2 

+  2.638 

-  25  32  20.  6 

68.  i 

2 

+   H.72 

1322 

H23 

Lacaille  932,  (2d  *)      . 
4    Eridani     

7-' 

6.7 

5'     4-94 
?I    IO.  W 

6.?.3 
62.  o 

3 

5 

2.638 
2.660 

-  25  31   57.7 

—    24    2?    ^2.  O 

68.1 
60.3 

2 

3 

14.72 
14.  72 

J    J 
1324 

e     Arietis  

*    / 

$,  o* 

J  •        "•  o** 

<\1    12.72 

62.  1 

J 

18 

3.  417 

•"T     ~J     J"' 

-\-  20  46  40.  o 

*J 

66.4 

4 

14.  71 

*  J*-T 

I  321 

DM.  -f-  14°,  500 

j 
90 

j              / 
e  I    24   So 

7-7    o 

2 

j  ^  / 

2      "IIO 

+    14  41 

*  J    J 

.  w 

j  •    m^*  ^y 

/  J'  *•" 

J'  J     w 

1 

*T~  *t  i 

1326 

O.  Arg.  S.  1930    .   .    . 

7-2 

2   51    28.09 

68.9 

2 

+     2.805 

-  16  24  27.  i 

64-3 

3 

+  I4-70 

1327 

DM.  +  I4°,soi   .    .    . 

8.8 

5'  3i-i3 

73-8 

4 

3-310 

+  '4  38    3-9 

71.6 

8 

14.70 

1328 

Weisse  II,  893     .    .    '. 

8.0 

51  44.66 

60.  o 

2 

3.227 

+     9  38  54-  3 

54-9 

2 

14.68 

1329 

I^lQ 

DM.  +  13°,  488  .    .    . 
X     Ceti 

9.8 
6.0 

52    7-5° 

S2    12.87 

68.7 
61.7 

4 
? 

3-295 

3.      2O6 

+   '3  46 

4-      8   2O  4.Q    ^ 

^o.  S 

4 

14.66 
14.  66 

JJ 
'33' 

M.  '/,.  151,  15    .... 

8-3 

j*-           "/ 
2   52   38.  12 

/ 

64-3 

o 
3 

J.      i,' 

+      2.596 

1         "    *"v  W  J 

—  27  29  20.  8 

jy  j 
68.1 

2 

+  H-63 

1332 

Lalande  5490  .... 

7-5* 

52  45-03 

70.9 

2 

4-734 

+  61  10  32.4 

70.9 

2 

14.62 

1333 

Weisse  (2)  11,  1269     . 

6.2 

52   58-71 

77-8 

3 

3-796 

+  38  19  '5-3 

77-8 

2 

14.61 

'334 

Lalande  5558  .... 

8.2 

53  '5-  80 

60.0 

2 

3-228 

+    9  41  ii.  o 

62.0 

2 

14-59 

1335 

Lacaille  951      .... 

6.2 

53  20.11 

69.  2 

3 

2-435 

-  34  44  55-  2 

70.0 

4 

'4-59 

"336 

B.  A.  0.940  

5-5 

2  53  26.44 

67-3 

3 

+  2.628 

-  25  50  15.  i 

70.0 

3 

+  '4-58 

'337 

B.  A.  0.944  

6.0* 

53  Si-77 

65.6 

3 

2-473 

-  33     4     2.  i 

53-8 

2 

14.56 

1338 

Weisse  (2)  II,  1293    . 

8.2 

54    0.38 

61-3 

4 

3-335 

+  '5  57  So-  7 

56-9 

2 

14.55 

'339 
I  VtO 

O.  Arg.  S.  1968    .    .    . 
a    Ceti    

7-3 

2.  3* 

54  43-  08 
54  57.  87 

64.  2 
5S.  Q 

4 
1  68 

2-577 

1.  I  20 

-    28    II    39.  2 

+       3    32    l8.  2 

67.0. 

50.  5 

2 

76 

14.50 
14.49 

j^ 
1341 

Weisse  II,  970     .    .    . 

J 

6.2 

JT^     J/            / 

2  55  '3-93 

j  j   y 

65-4 

2 

j        y 
+   2-958 

1                J      J 

7    2  35.8 

60.  7 

4 

+   '4-47 

1342 

Weisse  11,967     .    .    . 

8.0 

55  '9-38 

58.8 

2 

3-  20  1 

+     7  55  >'•<> 

55-7 

3 

H-47 

1343 

Weisse  (2)  II,  1322    . 

7-8 

55  21.87 

61.2 

4 

3-456 

+    22   30  32.  2 

60.3 

3 

14-47 

1344 

B.A.C.  951  

6.2 

55  35-53 

62.7 

3 

2.566 

-  28  37  51.1 

67-9 

2 

14.45 

'345 

O.  Arg.  S.  1977    .    .    . 

6.5 

55  36.  56 

68.9 

2 

2-758 

-  18  45  37-9 

65-' 

2 

'4-45 

"340 

134.7 

Weisse  II,  976     .    .    . 
/>     Persei    .    . 

8.5 

4O 

2  55  49-  92 
c6  12  QC; 

64-3 
66  i 

3 

? 

+  3-302 

-1    got 

+  '3  55  12.7 

+    ^8    17   4.7    O 

65.6 

47.  S 

2 

16 

+   '4-44 

14.  41 

J^i 

H48 

r3    Eridani 

.  v 
4Q 

jv       *"  yj 

56  13.  18 

\J1_F.    J 
6"3        .1 

O 
•3 

J.    WJ 

2  6<;? 

J*^      •  /      *TJ'  ^ 

—   24.    IO    31    Q 

^/    j 

68  i 

? 

"*r"  T  * 
14.  41 

J*tv' 

1349 

Weisse  (2)  II,  1359     . 

•  y 

7-5 

57  10.00 

"J*  T- 

77-i 

J 

6 

•   jj 

3-777 

**r    "-1    o'1  y 

+  37     2  39.9 

"-"  J 

76.5 

o 

6 

14-35 

1350 
1351 

Weisse  II,  1001    .    .   . 
p3    Eridani      

8.4 

C    0* 

57  18.  18 

2    (17    24..  06 

65.6 
So  5 

3 

2 

3-273 
4-  2.0^8 

+  12     6  45.2 

—      8      O      2.4 

65.  o 
63.0 

2 
2 

'4-35 
-)-  14.  34 

'352 

O.  Arg.  S.  2000    .    .    . 

J*  w 

8.5 

J/    ***r«  »*** 

57  32-4° 

j?  j 
66.3 

2 

I            :*..> 

2-763 

y      *"  t 

-  18  17  14.6 

"j-  " 
71.6 

3 

'4-33 

1353 

Lalande  5682  ..... 

7.9 

57  39-  '9 

71-3 

3 

3-804 

+  38    3  23.7 

65.7 

3 

14-33 

'354 

DM.  +  13°,  499  ... 

8.2 

57  41-68 

64.4 

3 

3-30° 

+  '3  43  43-  5 

69.9 

2 

'4-33 

'355 

M.  Z.  143,  31    .... 

9.0 

58    o.  56 

64.4 

2 

2.662 

-  23  41  31.6 

73-3 

3 

14.30 

1356 

DM.  +  13°,  501  .    .    . 

8-3 

2  58    4-  25 

64.  i 

2 

+  3-301 

+  '3  43  21.  i 

68.0 

3 

+  I4-30 

'357 
131:8 

0.  Arg.  N.  3458   .    .    . 

Anonymous 

6.5 
7  6 

58  31-34 

eg   ?6   SO 

77-6 
67  T 

2 
2 

4.217 

2.  41  C 

+  50  37  28.  i 

—    34,    <7    23.  3 

77-o 
67.  3 

3 

7 

14.27 
14.  27 

*  J  J 

'359 

Tr.Z.  155,7     •    •    •-. 

/  •  u 
7.0 

ju  j^-  jw 

58  38.08 

w/  •  j 

71.6 

O 

3 

*-•  *T*  J 

2.  607 

JT"      J  /             J      J 

-  26   19  31.5 

/      J 

64.9 

J 
2 

14.27 

1360 

Weisse  II,  1037   .    .    . 

8.8 

58  54.00 

58.8 

2 

3-3X0 

+  '4  '3  47-8 

55-4 

2 

14.25 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


37 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

rt 
B 
>, 

£ 

1 

IM 

0 

0 
& 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 
<u 
>-, 

C 
• 

V 

1 

u- 
O 

O 

a 

Annual 
Precession, 
i860. 

1  261 

t      Persei                    . 

4.0* 

h.  m.      s. 

2    Co       I    O7 

76  i 

A 

s. 
4-  4   158 

0         /           // 

-t-    4Q      4    2Q    4 

76.6 

// 

_L-    T4   24 

»£*** 

1362 

ft    Persei                   .   .   . 

tf.    V 

-1,  o 

jy              1 

en      4    -IA 

/  *"  * 
4Q    6 

*r 
0 

I         *f  *        J 

3  874 

1      ty      ^      y.  T1 
-(-   4O  24  46   Q 

/ 

62.6 

4 

-p    if.  «q 
H2J 

i  ^6^ 

J'  *• 

6.0 

jy      V  J^ 
CO    -2-?    O1 

ty-  •* 
6l.8 

y 

8 

O            /  T" 

•?.  ^66 

I      *t"    *T-  *!•"*  y 
4-    17   2O  14   8 

6?.  4 

T^ 

2 

•        T 

H2I 

•j**j 

I364 
i  ^6<s 

B.  A.  C.  960  

6.0* 
(.  O 

jy   jj-  ^j 

59  52.  34 

-2       o      4.  I<\ 

60.4 
6-1.2 

2 

7 

j-  jv^ 

12.  716 

•5.  QQ6 

1         *  /      *-         **T*  w 

-f  84  24  14.  4 
-1-   44    IQ   24.  6 

j-  ^ 
68.5 
67.  o 

12 

2 

•  *« 

14.19 
14.  18 

*  jvj 

1366 

Weisse  II,  1066  .    .    . 

J 

8.0 

j               t-  *j 

3     o  24.31 

wj.  • 

71.2 

J 

3 

j   yy 

+  3-304 

1         TT^      *;7     ™T 

+   13  44  19-  I 

~y  .  *J 
67.5 

2 

**T*    *u 

+    14.16 

u6? 

Weisse  II,  1069   .    .    . 

7.2 

o  26.  90 

69.  o 

2 

3.086 

+     o  51  52.6 

66.0 

2 

14.15 

1368 

Lacaille  981     .... 

8.0 

o  47.91 

66.4 

2 

2-513 

-  3°  31  44-  i 

67.0 

2 

I4-I3 

1369 

B.A.C.97S  

7.0* 

i     9.  10 

68.0 

4 

3.204 

+    7  55  42-  2 

55-o 

2 

14.  II 

1370 

Lacaille  983      .... 

7-5 

I  28.72 

64.6 

2 

2.457 

—  32  53  3i-9 

67.6 

2 

14.09 

1371 

B.A.C.  978  

6.8 

3     i  Si-99 

67.6 

3 

+  2-557 

—   28   22    10.  3 

67.5 

2 

+    H.07 

1372 

Weisse  III,  I    .    .    .    . 

9.0 

i  56.36 

60.0 

2 

3-208 

+     8    8  36.  3 

55-i 

2 

14.06 

1373 

Lacaille  988     .... 

6-3 

2       6.30 

66.5 

2 

2.  502 

-  30  5'   "-i 

71.8 

4 

14.05 

1374 

B.A.C.  980  

6.5* 

2       8.56 

58-9 

2 

3-547 

+    26    21    27.5 

70-3 

3 

14.05 

1375 

Lalande  5834  .... 

7.0 

2   27.  69 

72.7 

4 

3.806 

+  37  32    8-  3 

58.6 

2 

I4-03 

137° 

48  (H.)  Cephei     .... 

5-5 

3     2  42.  10 

69.2 

3 

+  7-287 

+  77  12  49-9 

68.2 

II 

+    14.01 

1377 

Weisse  III,  23     ... 

8.8 

2    55-°5 

70.0 

2 

2.  901 

-  10     6  42.0 

68.6 

2 

14.00 

1378 

Weisse  III,  20     ... 

6.2 

3     °-29 

69.  o 

2 

3.264 

+  ii  20  20.  7 

65.5 

2 

14.00 

'379 

Weisse  (2)  III,  45    .    . 

9.0 

3  12-4° 

59-5 

2 

3.36I 

+  16  46  10.  7 

55-5 

2 

13.98 

1380 

Weisse  III,  26     ... 

6.8 

3  15-tS 

68.9 

7 

3-232 

+     9  28  16.  6 

62.0 

4 

13.98 

1381 

O.  Arg.  S.  2073    .    .    . 

8.0 

3     3  24-  H 

65-5 

2 

+    2.542 

—  28  54    o.  9 

69.  i 

2 

+    13-97 

1382 

Weisse  III,  30      ... 

9.0 

3  26.40 

77.1 

I 

3.232 

+     9  27  24.0 

68.  i 

.2 

'3-97 

I3«3 
1-584 

Weisse  III,  35      ... 

8.5 

4.  O* 

3  35-  28 

•3     -37.  76 

65.6 
62.  i 

2 
(,-, 

3-210 
3.  406 

+     8  ii  26.  5 

-1-     IQ     I  I     7Q.  6 

55-7 

SO.  2 

3 

5 

13.96 
ii.  06 

•  OUT- 

1385 

B.A.C.  987      .    .    .    . 

tf  .    u- 

6.1 

J     J  i  '  I 

3  40-  79 

65.8 

^J 

3 

O    1f*"* 

3.284 

|           A  y                     Jy'    *• 

-f-    12    30    52.  2 

jy 
65.0 

3 

j*  y 
13-95 

I386 

DM.  +  38°,66i   .    .    . 

8-5 

3    4    2.  84 

76-3 

6 

-t-  3-  834 

+    38    23    45.  I 

74-o 

2 

+    '3-93 

1387 

Weisse  (2)  111,58  .    . 

9.0 

4     6.94 

73-o 

7 

3-836 

+  38  26  34.  8 

72.6 

8 

13-93 

1388 

Weisse  (2)  111,67   •    • 

8-3 

4  24.02 

74-3 

8 

3.837 

+    38    26    19.  I 

72.1 

5 

I3-9I 

1389 

Weisse  (2)  III,  75   .    . 

8.5 

4  24.  12 

65.9 

2 

3-362 

-f    16  46  14.0 

55-9 

2 

I3-9I 

1390 

Lacaille  996      .... 

6.7 

4  25.44 

66.4 

2 

3-638 

—  24  16  20.  8 

64.5 

4 

13.90 

1391 

Weisse  III,  56  .... 

9.0 

3     4  36.  18 

66.0 

2 

+  3-  155 

+     4  54  14-  i 

67.0 

2 

+    I3-89 

1392 

Weisse  III,  62  .... 

8.0 

5     4-96 

60.0 

2 

3-208 

+     8    3  52.  2 

58-5 

5 

13.86 

1393 

Weisse  (2)  III,  91   .    . 

7-7 

5     5-85 

77.8 

I 

3.804 

+  378  49.  8 

77-7 

i 

13.86 

1394 

I  JQS 

Weisse  III,  90  .... 
1  2  Eridani              .            . 

8.0 

,    c* 

5  42-  59 

6       7    77 

68.9 

C.8    7 

2 

2-933 

2    ?22 

•    8  10  39.  8 

—    2Q    32    21    8 

56-9 
70.  o 

2 

13.82 
13.  80 

1  jyj 

'39° 

Weisse  III,  95  .... 

J.  J 

8-4 

/  -  Jl 

3     6  12.  08 

->°.  / 
66.  i 

2 

*•  J*^ 

+  3-  125 

*-y    j*1    •*•*  •  « 

+     3    641.5 

68.5 

2 

+    13-79 

1397 

Weisse  III,  98  .... 

7.8 

6  24.94 

68.9 

2 

3-242 

+    9  55  48.  7 

55-9 

2 

I3-78 

1398 

Lalande  5997   .... 

7-5 

6  43-  27 

72.7 

5 

2-753 

-  18    9  25.5 

70.0 

3 

I3-76 

'399 

Weisse  III,  101     .    .    . 

8.  i 

6  45.  65 

66.  ,6 

2 

3-289 

+  12  32  54.2 

68.1 

2 

I3-76 

1400 

Lacaille  1004  .... 

6.7 

6  47.  85 

67.0 

2 

2.442 

-  32  55  31-2 

67.6 

2 

13-75 

38 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

S 

fj 
>* 

a 
3 
w 

% 

4J 

o 
"o 
o 

fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

t-. 

« 

QJ 
^ 

C 

• 
D 

X 

j§ 

o 

•o 

6 
X 

Annual 
Precession, 
1860. 

I4.OI 

4.6 

h.  m.      s. 
-!     6  ei.  57 

67.2 

48 

s. 
+  3-  43° 

0        /           // 

-f-  20  31  21.  7 

68.3 

4 

// 
+  13-  75 

*T^ 

I4.O2 

Anonymous  

8.5 

J                   J          J  I 

7     1.  18 

70.  5 

2 

2.  753 

-  18    8  37.3 

70.  o 

3 

13.  74 

»  ff** 

1403 

DM.  +  12°,  457  .    .    . 

9.0 

7  "2-97 

66.6 

2 

3.290 

+  12  37    8.6 

70.0 

2 

13-73 

1404 

Weisselll,  114    .    .    . 

8.7 

7  15-5° 

60.8 

4 

3.278 

+  n  54  32-3 

55-4 

2 

13-73 

1405 

1406 

Lacaille  1010   .... 
Anonymous       .... 

7.0 

7-  S 

7  24-  31 
•j     7  m  <;Q 

64.0 
66.0 

3 

2 

2.551 
4-  2.520 

—  28    6    2.0 
—  29  29  53.  7 

69.0 
70.  o 

2 
2 

I3-72 
+  13-  71 

Alfw 
1407 

B.  A.  C.  1005    .    .    '.    . 

/       J 

6.0* 

J         /      O         J7 

7  47-  37 

76.0 

2 

1                J 

2.  500 

-  30  19  44-  3 

76.7 

6 

I3-69 

1408 

Weisse  (2)  III,  161     . 

9.0 

7  54-9° 

61.0 

3 

3-504 

+  23  50  39.  3 

58.6 

3 

13.68 

1409 

Weisse  III,  139    .    .    . 

9.0 

8  41-43 

65.8 

3 

3-304 

+  13  19  S3-0 

66.9 

3 

13  63 

1410 

Weisse  (2)  III,  173  .    . 

6.0 

8  42.00 

69.0 

2 

3.860 

+  38  45  57-4 

46.9 

2 

13-63 

I4II 

B.  A.  C.  1010   .... 

7-5 

3    843.47 

72-3 

3 

+    2-9" 

-    9  17  28.6 

70.3 

3 

+  13-63 

1412 

141  3 

B.  A.  C.  1012    .... 

6.4 

C     C 

8  58.93 

q     2.  IO 

64.9 
45-  7 

2 

6 

2.  580 
2.  glO 

—  26  37  15.6 
-    9  20  30.  7 

64.9 

71.  5 

2 

4 

13.62 
13.  61 

**t   j 
I4H 

Weisse  III,  145    ... 

J     J 

9.0* 

y 

9     7.42 

66.0 

2 

3-  163 

+    5  19  30-7 

67-5 

2 

13.61 

I4IS 

Weisse  (2)  III,  196  .    . 

7-5 

9  18.40 

59.0 

2 

3-374 

+  17    3  19-2 

69.0 

2 

13-59 

I4l6 

Lacaille  1026   .  •.    .    . 

6.0 

3    9  18.89 

65-5 

2 

+  2.530 

-  28  51  57.4 

66.0 

2 

+  13-59 

1417 

DM.  +  14°,  547  •    •    • 

9.0 

9  55-35 

68.9 

2 

3-328 

+  14  34  48-  5 

65-5 

2 

13-57 

1418 

DM.  +  23°,  435  .    .    . 

9-5 

10     7.  89 

62.0 

I 

3-5°7 

+  23  48  36.  2 

73-3 

3 

13-54 

1419 

Weisse  (2)  III,  209  .    . 

7-5 

10    7.  99 

74-9 

3 

3-502 

+  23  34     i.  2 

77.9. 

2 

13-54 

I42O 

Weisse  III,  168    .    .    . 

8.1 

10    8.35 

63.0 

5 

3-306 

+  13  19  50.0 

64.4 

3 

13-54 

1421 

B.  A.  C.  1019    .... 

6.0* 

3  10  25.  ii 

61.2 

6 

+  2.470 

-  31  20  46.0 

57.2 

4 

+  13-54 

1422 

Weisse  (2)  III,  216     . 

7-7 

IO    25.  12 

66.1 

2 

3-386 

+  17  39  3°-  i 

67.6 

2 

13-54 

1423 

Weisselll,  172    .    .    . 

8.0 

10  33-  63 

58.9 

2 

3-288 

+  12  18  31.4 

57.6 

4 

13-54 

1424 

Weisse  III,  173    .    .    . 

7-  i 

10  39.41 

68.7 

3 

3-331 

+    14  40   22.  4 

65.1 

2 

13-51 

H2S 

O.  Arg.  S.  2173   .    .    . 

8.9 

II      O.  96 

69.1 

2 

2-733 

-  18  54  21.  i 

66.5 

2 

13.48 

1426 

Lacaille  1041    .... 

6.4 

3  ii     8.98 

64.9 

2 

+  2.630 

-    24      2    IO.  I 

64.9 

2 

+  13-48 

1427 
1428 

Lacaille  1048   .... 
/     Persei    

7.2 
6.0* 

ii  50.53 

12      4.  6? 

64.0 

72.  O 

2 

6 

2.569 

7.  QQ? 

-  26  5i  59-5 
-|-  42  49  13.  o 

67.0 
67.  i 

2 
2 

13-43 

11.  42 

*lf  A.U 

I4.2Q 

60  Arietis  i    . 

6.  2 

*  *      *t*  v  1 
12      8.07 

/ 

66  a 

3 

j  yyo 
1.  13Q 

4-    25       Q    IQ.  < 

6?.  o 

2 

J    T™ 

n.  41 

mifmy 

H3° 

14.31 

Weisse  III,  205  .    . 
15  Eridani     

8.0 
6.  o 

12     8.88 

•3    12    IO.  77 

****•  y 

60.7 

71   8 

O 
2 

O'  Jjy 
3-299 

-1-    2   640 

\    "     y     y  j 
+    12   51    58.4 

—   23      I    3O.  2 

j 
56.3 

7O.4. 

3 
•j 

•  j-  -T* 
13-41 

•4-  13.41 

**rj* 

1432 

Weisse  (2)  III,  255    . 

8-3 

j    *  **    *  ***  /  / 
12    13-55 

/  ••  V 

65-3 

4 

1       "•  vtry 

3-341 

*"3        *     O 

+  15     8  49.  3 

/  ***  *r 

66.5 

o 

2 

I3-4I 

H33 
1434 

O.  Arg.  8.2189,  (ist*) 
O.  Arg.  8.2189,  (2d») 

6.8 
8.4 

12    17-74 
12    18.  08 

68.9 
68.9 

2 
2 

2.728 
2.728 

-   19    4  n.  8 

64-5 

2 

I3-40 

'43S 

B.  VI.  +  22°,  475    .    . 

8.5 

12   35.6l 

64.4 

2 

3-488 

-f-    22  40  30.  2 

68.6 

2 

13-38 

H36 

Weisse  III,  224  .    .    . 

8-5 

3  13    2.15 

60.0 

2 

+    3-222 

+     8  3i  35-6 

69.  o 

2 

+  13-35 

'437 

Weisse  III,  228  ... 

9.0 

•3     4-55 

65.6 

4 

3-  oio 

—    3  3'  39-7 

69.5 

2 

13-35 

H38 

14.  7Q 

T1    Arietis  
r*    Kridani                  . 

5-5 

4      A 

'3     8.97 

11    17   4,6 

61.2 
6cx  o 

7 

2 

3-448 

2   66^ 

+    2O   38    22.  0 
—    22    1  6      9.  I 

66.5 
7o  6 

4 
4 

13-35 
n.  33 

*'rjy 
1440 

Lacaille  1055   .... 

'  T- 

5-2 

*  J     *  /  "  T1* 

13  28.67 

v/y»  \s 

68.9 

2 

••   *-"-*,) 

2.  614 

-  24  37  55.8 

/ 
65.0 

•f 
2 

j  jj 
13-32 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


39 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

^ 

rt 

C 
rf 
V 

i 

IM 

O 

o 

fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

rt 
p 

3 
<u 

% 
o 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

1441 

Weisse  III,  233   ... 

8-3 

3  '3  42.31 

66.1 

2 

+  3-  250 

+   10     7  24.  i 

61.9 

2 

+  13-31 

1442 

Weisse  III,  240  .    .    . 

8.  i 

13  47.  69 

65.6 

4 

3.009 

-     3  37     1-4 

71.7 

3 

13-30 

1443 

Rumker  845     .... 

9.0 

'3  55-36 

65-4 

2 

3-523 

+  24  14  45.4 

61.  9 

2 

13-30 

1  444 

DM.  +  8°,  498    .   .   . 

9.0 

14  '0.70 

65.0 

2 

3.228 

+     8  51  22.  i 

70.0 

2 

13.29 

1445 

Weisse  III,  251   .    .    . 

8-5 

14  16.  93 

66.8 

3 

3.226 

+    8  43  41.6 

57-6 

4 

13-27 

T   A    A  f) 

2.  O* 

3  14  20.  70 

51-  2 

108 

+  4-  240 

+  49  21  34.0 

48-4 

78 

+  13-27 

144U 

1447 

Tr.  Z.  151,  20.    ... 

14  21.60 

69.0 

2 

2.612 

-  24  37  17.  9 

68.0 

3 

13-27 

1/1/1$ 

5-  3 

14  42.  15 

69.0 

2 

3-442 

+  20  14  19.3 

65.0 

2 

13-24 

1440 

1449 

B.  A.  C.  1046   .... 

6.8 

14  44.  96 

63.0 

2 

2-565 

-  26  47  58.  7 

68.0 

2 

13-24 

1450 

B.  A.  C.  1047    .... 

7-o 

14  46.42 

69-5 

4 

2.558 

-  27     6  51.6 

73-7 

6 

13.24 

1451 

B.  A.  C.  1049    .... 

6.0 

3  '5  I7-I5 

64-3 

5 

-f-    2.  621 

-  24    8  23.3 

67.5 

2 

+  13-21 

1452 

DM.  +  24°,  478  ... 

9-o 

15  26.77 

76.0 

2 

3-540 

+  24  55  39-  3 

69.5 

2 

13-19 

I 

S-  5* 

16     2.75 

52.4 

4 

3.526 

+  24  13  31.8 

57-o 

3 

13.16 

1454 

B.  A.  C.  1054    .... 

J     J 

6.0 

16  15.  10 

69.  o 

2 

2.576 

-  26    5  27.9 

66.0 

2 

13-  14 

5-8 

1  6   22.  06 

71.0 

4 

3-446 

-f  20  18  13.9 

70-4 

3 

13-  13 

1456 

Weisse  III,  278   ... 

J 

7-2 

3  16  27.56 

60.4 

2 

+    2.925 

8  17  13.4 

57-0 

2 

+  13-  13 

1457 

Weisse  (2)  III,  351     . 

9.0 

16  43.  86 

60.3 

2 

3-543 

+  24  56  21.  i 

62.0 

2 

13.11 

1458 

O.  Arg.  S.  2237     .    .    . 

7-2 

1  6  53.02 

68.4 

3 

2-744 

-    17    56   30.  2 

67.0 

2 

13.  10 

o     Tauri              

4.  5* 

17  16.94 

60.2 

4 

3.224 

+     8  32    0.4 

60.5 

7 

13-07 

1460 

Weisse  III,  295    ... 

^      J 

8.0 

'7  23.58 

62.5 

4 

3.242 

+     9  30  43-  9 

61.0 

3 

.    13-07 

1461 

Weisse  III,  299   .    .    . 

9.0 

3  17  38.94 

64.4 

2 

+  3-  236 

+    9  ii  38.8 

55-i 

2 

+  13-05 

1462 

B.  A.  C.  1058    .... 

4.0* 

17  45-74 

45-5 

5 

4-793 

+  59  26  53.0 

7i-7 

3 

13.04 

1463 

Lacaille  1079  .... 

7-7 

17  46.30 

64.0 

2 

2.522 

-  28  25  45.  7 

68.5 

2 

13.04 

1464 

O.  Arg.  8.2245     .    .    . 

6.6 

i?  53-55 

64.  2 

4 

2.673 

-    21    25   43.9 

70.0 

3 

13-03 

1465 

Weisse  III,  306  .    .    . 

9.0 

"7  57-24 

61-3 

2 

3-309 

+  13    7  30-6 

59-7 

3 

13-03 

1466 

Lalande  6326   .... 

8.0 

3  18    0.08 

69.  o 

2 

+  2.724 

-  18  58  15.2 

65.0 

2 

+  13-03 

1467 

Weisse  (2)  III,  376     . 

8.0* 

1  8  23.36 

67-3 

3 

3.855 

+  37  33    9-9 

61.0 

2 

13.00 

1468 

Weisse  III,  316   .    .    . 

9.0 

18  25.72 

67-5 

2 

S-W 

+     7    o    8.5 

67.0 

2 

13.00 

1469 

Weisse  III,  323   .    .    . 

9-° 

18  40.98 

64.  I 

I 

3.164 

+    5    3 

•   • 

12.98 

1470 

B.  A.  0.1063    .    .    .    . 

7.0 

18  51.06 

59-4 

2 

4.260 

+  49  21  29.  5 

63-4 

3 

12.97 

1471 

Weisse  (2)  III,  393     . 

7-5 

3  19    3-98 

65-3 

3 

+  3-409 

+  18  15  49-  i 

68.1 

3 

+  12.95 

4.0* 

19  35.  13 

SS-2 

7 

3-238 

+    9  14  30.  5 

58.0 

8 

12.92 

1473 

Weisse  III,  334   ... 

6-5 

19  36.  20 

65.0 

2 

3-294 

+  12  14  38.2 

68.6 

2 

12.92 

"474 

M.  Z.  151,26    .    .    .    . 

6.0 

19  40.  83 

66.9 

2 

2-533 

-  27  45  58.  6 

66.5 

2 

12.91 

1475 

Weisse  III,  343    ... 

7-o 

20    7.60 

69.0 

2 

3-221 

+    8  16  33.2 

72.4 

3 

12.89 

1/176 

6.5* 

3  20  15.86 

75-5 

4 

+  3-493 

+    22    19      5.  2 

69-3 

3 

+  12.87 

**r  /  u 

"477 

B.  A.C.  1073    .    .    .    . 

6.0 

20   27.99 

63-5 

5 

2-  S31 

-    27   48  41.5 

71.6 

5 

12.86 

1478 

DM.  +  12°,  478     .    . 

8.8 

20  38.  28 

65.1 

2 

3-295 

+    12    13    24.8 

73-3 

3 

12.85 

I  17Q 

Anonymous          . 

20  52.  18 

66.4 

3 

3-845 

4-  36  56  52.7 

69.  i 

2 

12.83 

•47S 

1480 

Lacaille  1102    .    .    .    . 

7-7 

20   53.56 

68.0 

3 

2.501 

-  29     3  12.0 

68.5 

2 

12.83 

40 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i 

C 

s 
s 

1 

IM 

O 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

>_ 

rt 
<u 
>-* 

C 
rt 
OJ 

g 

1 
"S 
6 
% 

Annual 
Precession, 
1860. 

h.  m.       s. 

s. 

0        /           // 

// 

1481 

Weisse  (2)  111,420     . 

8.5 

3  20  54.  80 

69.  1 

2 

+  3-844 

+  36  55  41-  i 

68.4 

3 

+   '2.83 

1482 

DM.  +  5°,  497    .    .    . 

9-5 

20  59.56 

64.  1 

I 

3.169 

+    5  30 

12.82 

1483 

B.  A.  C.  1061    .... 

6.0* 

21       2.  12 

62.4 

10 

(  18.532 

+  86  ii  43.3 

70.1 

8 

12.82 

1484 

Riimker  870     .... 

8.0 

21    48.05 

65.  o 

3 

3.412 

+  18  16  15.9 

55-6 

2 

12.77 

1485 

DM.  -f  9°,  442   ... 

9-2 

21    50.96 

59-5 

2 

3-244 

+     9  28  16.  7 

55-o 

3 

12.77 

1486 

DM.  -f  5°,  498   ... 

9.0 

3  22    3.  18 

74.2 

4 

+  3-  "69 

+     5  23  31-1 

69-5 

2 

+  12-75 

1487 

Lacaille  1108    .    .    .    . 

6.0 

22      8.  07 

67.1 

2 

2-317 

-  36  10  13-3 

69.0 

2 

12.75 

1488 

DM.  +  5°,  500    .    .    . 

8.8 

22    11.95 

71.2 

5 

3-  '7° 

+     5  26    9.2 

69-5 

2 

12.74 

1489 

I4.QO 

RUmker  875      .... 
Anonymous      .    . 

8.0 
q.  ? 

22   32.55 
22    4.2    08 

67.4 
60.  o 

2 

3-3°° 

2    72O 

+   12  25  10.  5 

—    1821       3.3 

69.0 

7O    ^ 

2 
2 

12.74 

12    71 

•  *f*fw 

1491 

Groombrklge  698     .    . 

y*  j 
7-3 

*™    "r*1  y 
3    22   44.41 

**3f*  w 

62.9 

4 

/   y 
+  4.012 

+  42  16     5.3 

/**•  j 

67.6 

2 

•  / 
+    12-71 

1492 

Lacaille  1  1  1  1    .    .    .    . 

7-o 

22   47.40 

67.1 

2 

2.311 

—  36  20  26.8 

70.1 

2 

12.  70 

«493 

Weisse  (2)  III,  461      . 

8.2 

22    53.  22 

69.9 

6 

3-852 

+  36  59  43-7 

65.7 

3 

12.  70 

1494 
1495 

1  40.6 

RUmker  879     .... 
Weisse  (2)  111,464     . 

f    Tauri     

7-5 
9-5 

4.  S 

22    55.32 
22   59.56 

1    21       8    87 

61.4 
72.3 

62   7 

5 
4 

7 

3-4I5 
3-853 

+      7     7OI 

+   18  19  to.  3 
+  37     2     3.6 

4-     12    27    11   8 

62.6 
66.4 

64..  I 

2 

3 

•3 

12.  70 
12.  69 

+    12.68 

flryv 

'497 

Weisse  III,  400    .    .    . 

^   j 

7-6 

J        *J              *"     **/ 

23         19.56 

/ 

64.1 

/ 

O  •  »1  v  * 

3-175 

I      •*   ^/    *.}• 

+    5  42 

*nf»   » 

o 

12.  67 

1498 

I4QQ 

O.  Arg.  8.2311     .    .    . 
17  Eridani              .    .    . 

6.7 

4   <i* 

23        28.     56 

2  7    AO    1  1 

63.8 
;i    8 

7 

e 

2.  6ll 

2    Q7I 

-  23  57  39-4 
.     c   •>•>  26  8 

65.0 

72    O 

4 
3 

12.66 

12.  6^ 

"T1;/" 

1500 

.     Lacaille  1114    .    .    .    . 

f  j 

7.0 

*"j   *****  J1 

23  40-32 

3  1  .    u 

69.4 

j 

3 

y/  i 
2.632 

j  JJ  •*  •  c 
-  22  59  23.  i 

/  *••  v 

68.0 

j 
2 

'•  V3 
12.  65 

1501 

Weisse  (2)  111,493      • 

8.0 

3  23  44.  27 

64-5 

2 

+    3-4'6 

-J-  18  19  12.  5 

56-5 

2 

+    12.64 

1502 

DM.  +  7°,  515    .    .    . 

9-5 

23  44-  3° 

66.5 

2 

3.200 

+     734-4 

70.0 

2 

12.  64 

>5°3 

Weisse  III,  428    .    .    . 

7.8 

24  34-  96 

61.5 

3 

3.202 

+     7     5   17-6 

61.  9 

2 

12.58 

1504 

Lacaille  1121    .    .    .    . 

7-5 

24  48.41 

69.1 

2 

2.508 

—    28    24    24.  2 

65.0 

2 

12.57 

'5°5 

Weisse  III,  442    .    .    . 

7-o 

25   13-46 

59-9 

2 

2.919 

8  19    4.8 

56.9 

2 

12-55 

1506 

Weisse  111,447    .    .    . 

7.2 

3  25  35.  36 

60.0 

2 

+    3-3I9 

+   13  18  26.  9 

56.0 

2 

+    12.51 

1507 

Weisse  111,456    .    .    . 

7-o 

25  36-84 

7i-3 

3 

2.005 

•     9     4   14-  4 

47.0 

2 

12.51 

1508 

Lacaille  1127    .... 

6.8 

25  53-  H 

63-3 

3 

2.366 

-  34     i  3°-  7 

66.5 

2 

12.49 

1509 

Lacaille  1  1  24   .    .    .    . 

6.0 

25  54-57 

74-  ' 

4 

2.  560 

-  26    5  28.  3 

67.7 

6 

12.49 

1510 
i?  n 

Weisse  (2)  III,  528.    . 
7     Tauri     

7-5 

?.  ? 

25  58  01 

-3    26      Q    J.6 

69.0 

71    S 

2 

3.892 

-J-       3      S^8 

+  38    6  49.  8 

_L    21    "\O    3O    2 

46-3 
67.  S 

3 

2 

12.49 
+    12.48 

J 

1512 
mi 

B.  A.C.  1097    .... 
e      Eridani     

j  j 
7.0* 

A      I 

j    •*•       y-  1" 
26    18.23 

26  20.  10 

/  *  -  j 
68.7 

61.  i 

5 

2  I 

I         J'    JJ" 

3.690 

2.888 

\      *Ji   jy   oVt  • 

+  3'  32  43-  7 
q   c6     28 

/      J 

68.7 
62.8 

6 

2 

12.46 
12.  46 

j  j 
1514 

Lacaille  1  128   .    .    .    . 

t*    * 

6-5 

26    24.  64 

62.5 

2 

2.581 

y   Ov      *••  ^ 

-  25     5  36.  6 

67.0 

2 

12.46 

1515 

O.  Arg.  S.  2343     .    .    . 

8.5 

26  28.  34 

72.4 

3 

2.558 

—  26    8    2.9 

65.0 

2 

12.46 

1516 

DM.+  3i°,6i7  .    .    . 

8.2 

3  26  39.  78 

76.8 

3 

+  3-708 

+  3'   "4    0.4 

74-  i 

5 

+  «2.45 

'5'7 

Weisse  111,474    .    .    . 

8.8 

26  46.  66 

60.0 

2 

3-328 

+  13  42    8.8 

55-5 

2 

12.43 

1518 

DM.  +  46°,  777  ... 

8.5' 

26  54.43 

76.7 

3 

4.  189 

+  46  47  33-o 

72.1 

3 

12.42 

«5"9 

B.  A.  C.  noi    .    .    .    . 

7-2 

26  55.88 

65.7 

4 

3-708 

+  3'   »2  33-4 

57-2 

4 

12.42 

1520 

DM.  +  46°,  779.    .    . 

8-5 

27  14.  17 

76.7 

3 

4-  '91 

+  46  47  34-  9 

72.1 

3 

12.40 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

h.  m.      s. 

1521 

Weisse  (2)  III,  577  .    . 

8.0 

3  27  50.  18 

1522 

Lacaille  1  1  34   .    .    .    . 

6.2 

28  12.77 

1523 

B.  A.  C.  1105    .... 

6.0* 

28  33.11 

1524 
K2? 

Weisse  111,517       .    . 

9.0 
6.0* 

28  40.  40 
28  44.  40 

j    j 
1526 

Lacaille  1  137    .... 

6.2 

3  28  53.96 

1527 
1528 

B.  A.  C.I  109    .    .    .    . 
Anonymous 

6.0* 
o.  S 

28  56.  92 

2Q    IO    6"? 

1529 
i  c?o 

B.  A.  C.  mo   .    .    .    . 

y  j 
6.5* 
5.O 

*y       •    j 
29  36.  40 
2Q  41.  6q 

jj 
'531 

DM.  +  27°,  536.    .    . 

J'   *• 

8.5 

"Jf     .f  J"    vy 

3  29  46.  13 

1532 

B.  VI.  3",  57     .... 

7-7 

29  53-Si 

'533 

O.  Arg.  8.2388    .    .    . 

8.8 

29  56.  02 

1534 

B.  A.  C.  ii  1  1    .    .    .    . 

5-5* 

3°    2.37 

IS3S 

Weisse  (2)  III,  639  .    . 

7-7 

30    8.24 

'536 

Weisse  (2)  III,  657  .    . 

7.0 

3  3'  16-  3° 

>537 

Weisse  111,575    .    .    . 

8.1 

3'  25.76 

IS38 

Weisse  III,  569   ... 

6.9 

31  30.01 

IS39 

B.  A.  C.I  1  19    .    .    .    . 

7.0 

31  30.96 

1540 

Weisse(2)III,669(ist*) 

9.0 

3'  36.79 

iS4i 

Weisse(2)III,669(2d*) 

8.0 

3  3'  37-3' 

1542 
i  CA^ 

Weisse  III,  580    ... 
Anonymous 

6.9 

Q.  O 

3'  37-9' 

•JT     A.6     O7 

*  D*T  J 

"544 

IS4.S 

B.  A.  C.I  123    .    .    .    . 
1  1  Tauri     

5-0 
8.0 

j  *     f+\f.  *-»/ 

32     i.  62 

•?2   24.  Ql 

•  JTO 
IS46 

IC4.7 

Lacaille  1160  .    .    .    . 
1  2  Tauri     

7.0 
6.0* 

o      *—T-  yo 

3  32  32-  36 

•22    T.  "?    So 

•*  JT-/ 

1548 

IldQ 

B.  A.  C.I  130    .    .    .    . 
(5     Persei    

6.0 

-3.  O 

j       JJ' 

32  58-  3° 

12    <8.  43 

*  jty 

155° 

i  ecT 

Weisse  (2)  111,721     . 

O'  ** 

8.0 

4  0* 

J      J      ^J 

33  23.  45 

•3     73     -3Q    71 

*  j  j  * 

1552 

Weisse  (2)  III,  733     . 

tt*   ** 

8.0 

J    JJ    iV  I  * 

34    3-24 

'553 

Radcliffe  1041  .    .    .    . 

6.5 

34    4-65 

'554 

Lacaille  1171    .    .    .    . 

6-5 

34    6.70 

'555 

Riimker  940     .... 

8-5 

34  22.27 

1556 

Lacaille  1176   .    .    .    . 

7.0 

3  34  38.  ii 

•557 

Weisse  (2)  III,  750     . 

8.0* 

34  48.  43 

1558 

DM.  +  13°,  586  .    .    . 

9.0 

34  5°.  79 

"559 

Weisse  (2)  III,  751 

8.0* 

34  5°-  93 

1560 

Lacaille  1177    .... 

7.0 

35     r.io 

jj 

Fi 

c 

M 
0 

'?, 

% 

IM 

O 

o 

* 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

|2 

rt 

£ 

1 
£ 

£ 

o 
"o 

0 

fc 

Annual 
Precession, 
1860. 

77-7 

I 

s. 
+  3-7I9 

0        /          // 

+  3'  33  34-6 

77-i 

2 

// 
+  '2-  36 

69-7 

3 

2.438 

-  31     6    i.i 

68.9 

2 

'2-33 

71.0 

4 

4.026 

+  42    7    5-6 

54-o 

2 

12.31 

59-  ° 

2 

3-334 

+  13  59  20.6 

56.0 

2 

12.30 

60.7 

'4 

3.515 

+  22  44  42.  i 

70.1 

3 

12.30 

63.2 

4 

+  2-555 

—  26    3  13.9 

67-5 

2 

-f  12.29 

61.0 

3 

2.403 

-  32  20  41.4 

65.0 

2 

12.28 

69.4 

2 

2.903 

—    9    5  46.  8 

47.1 

I 

12.  26 

60.0 

2 

3-074 

-f    o    7  42.  i 

54-' 

2 

12.  24 

69.8 

3 

3-07i 

-    o    2  49.  5 

70.3 

3 

12.23 

69.  i 

2 

+  3-  628 

+  27  40  44.  o 

61.6 

2 

+    12.23 

69.1 

2 

2.707 

-  19    o  48.  7 

64.0 

2 

12.  22 

69.5 

2 

2.  60O 

—  23  58  59-0 

65-3 

3 

12.  22 

73-7 

4 

5-I32 

+  62  45  29.  8 

70.9 

2 

12.  2O 

60.  3 

3 

3-435 

.+  18  53  5'-7 

56.0 

2 

12.  2O 

58.3 

3 

+  3-  78i 

+  33  39~27-  2 

68.0 

2 

+    12.  12 

55-4 

2 

3-  »4 

+     2  16    3.8 

66.1 

2 

12.  II 

69.  i 

2 

3-327 

-f-  13  26    7.0 

65-3 

3 

12.  II 

64.1 

4 

3-378 

+  16    4  43-  3 

64.  i 

2 

12.  IO 

69.0 

2 

3-925 

+  38  39  56.5 

46.0 

3 

12.  10 

69.0 

2 

+  3-925 

+  38  39  37-  5 

53-o 

4 

+    12.  10 

64.9 

3 

3-iiS 

+    2  18  13.7 

66.5 

2 

12.  10 

70.0 

2 

2.629 

—  22  33  28.  3 

66.5 

2 

1  2.  08 

71.7 

3 

3-881 

+  37    7  29.  5 

46.4 

3 

I2.O7 

61.5 

7 

3-568 

+  24  52  24.0 

65.4 

3 

I2.O4 

64.0 

4 

+  2.410 

-  3i  45  38.  5 

67.6 

2 

+    12.03 

65.0 

5 

3-  121 

+    2  35  58.  i 

69.9 

2 

12.03 

66.6 

ii 

2-493 

—  .  28  24  10.  3 

61.7 

3 

12.  OO 

54-4 

4 

4-234 

+  47  20  10.  o 

65.6 

6 

12.  OO 

65.0 

2 

3-440 

+  18  56    5.2 

65.0 

3 

II-97 

64-3 

5 

-f  3-  782 

+  33  30  45-  3 

63.0 

3 

+  11.96 

65.2 

3 

3-599 

-+-  26    7  20.4 

63-1 

4 

"•93 

66.0 

2 

4.269 

+  48    4  27.  i 

68.0 

2 

"•93 

63-5 

4 

2.477 

—  28  57  45-5 

65-5 

2 

11.92 

59.6 

3 

3.348 

+  14  20  24.  3 

60.6 

6 

11.90 

67.0 

2 

+  2.318 

-  35    o    o-7 

67.4 

2 

+  11.89 

71.8 

3 

3-9" 

+  37  55  3°-  9 

56.0 

7 

11.87 

69-3 

4 

3-328 

+  '3  21    4-5 

58.0 

2 

11.87 

71.8 

3 

3-9" 

+  37  55  32-4 

69.4 

3 

11.87 

63.0 

3 

2.488 

—  28  25  18.  o 

70.8 

4 

11.86 

CATALOGUE  OF  STARS  OBSERVED  AT  THE 




'     : 

• 

•    oj 
T3 

Mean  Right 

S3 

<u 

1 

G 
-—  '     O 

Mean 

fcj 

rt 
p 

1 

~a    ° 

85 

o 

Name  of  Star. 

B 

'r- 

Ascension, 

c   <§  °° 

Declination, 

c 

**• 

o 

ill 

Sf 

1  860.0. 

V 

o 

<  z  ~ 

1860.0. 

rt 
0 

o 

<  £  *" 

£ 

B 

s 

CH 

s 

* 

PH 

h.  m.      s. 

S. 

c      /      // 

// 

, 

RUmker  945  .    .    . 

3  35  24.  16 

69.  2 

4 

+  3-551 

+  23  55  4i-3 

65.6 

2 

+    11.83 

1562 

Rumker  945  (Eq.) 

.       . 

35  24.24 

66.  i 

5 

3  551 

4-  23  55  38-  1 

66.1 

5 

11.83 

,563 

Lalande  6820    .    . 

5-5 

35  28.39 

71.7 

3 

3-856 

+  36    o  52.5 

58.6 

2 

11.83 

1564 

14  W.  Pleiadum  (Eq.)     .' 

35  30-  i? 

65.8 

5 

3-544 

4-  23  35  29-  8 

65.8 

5 

11.82 

1565 

15  W.  Pleiadum  (Eq.)     . 

35  32-  10 

65.9 

5 

3  54» 

4-  23  47  59-  o 

65-9 

5 

11.82 

1566 

o            Persei     

5-2 

3  35  32-  67 

71.7 

3 

+  3  743 

4-  31  50  28.  i 

57-8 

2 

4-  11.82 

1567 

16  W.  Pleiadum  (Eq.)     . 

35  37-21 

65.9 

5 

3-549 

4-  23  48  10.8 

65.9 

5 

11.82 

1568 

y           Camelopardi     .    . 

4-5* 

35  38.  58 

76.1 

3 

6.  191 

4-  70  53  42.4 

72.  2 

4 

11.82 

1569 

Rumker  949  (Eq.) 

35  40.  13 

66.  i 

4 

3.556 

4-  24    6  41.4 

66.  i 

5 

11.82 

1570 

22  W.  Pleiadum  (Eq.)    . 

35  4I-36 

65.9 

5 

3.546 

+  23  42    5-  5 

65-9 

5 

11.81 

«57« 

24  W.  Pleiadum  (Eq.)    . 

3  35  42-  35 

65.9 

3 

+  3-  548 

+  23  45  24-9 

65-9 

3 

+  n.  81 

1572 

Rumker  950  (Eq.) 

35  42-37 

65.9 

4 

3-540 

4-  23  26    8.8 

65.9 

4 

ii.  Si 

1573 

28  W.  Pleiadum  (Eq.)     . 

35  46.  15 

65.9 

5 

3-549 

4-  23  49  44-  7 

65.9 

5 

11.81 

1574 

Weisse  (2)  III,  776 

8.0 

35  48.  65 

76.0 

2 

4-  15° 

+  44  54  34-  6 

74-6 

6 

n.8o 

1575 

32  W.  Pleiadum  (Eq.)     . 

35  51-74 

65.9 

5 

3-549 

4-  23  48    2.6 

65-9 

5 

ii.  So 

1576 

37  W.  Pleiadum  (Eq.)     ., 

3  35  54-oS 

66.1 

5 

+  3-552 

4-  23  57  27-5 

66.1 

5 

-|-  11.80 

1577 

38  W.  Pleiadum  (Eq.)     . 

35  54-95 

65.9 

3 

3-544 

+  23  35    9-  i 

65-9 

3 

n.  So 

1578 

39  W.  Pleiadum  (Eq.)     . 

35  56.47 

65.9 

3 

3-546 

+  23  39  25-  5 

65.9 

3 

11.79 

1579 

41  W.  Pleiadum  (Eq.)     . 

35  58-04 

65-9 

5 

3-550 

+  23  49  37-4 

65.9 

5 

11.79 

1580 

Lacaille  1186    .    . 

7-2 

35  58-20 

63.6 

2 

2-565 

-  25     6     7.  i 

67.0 

2 

11.79 

1581 

40  W.  Pleiadum  (Eq.)     . 

3  35  59-  20 

66.  i 

6 

+  3-  563 

+  24  25  43.  2 

66.1 

6 

+  11-79 

1582 

44  W.  Pleiadum  (Eq.)     . 

36    o.  98 

66.  i 

3 

3-549 

4-  23  48  49.  9 

66.1 

3 

"•79 

1583 

O.  Arg.  S.  2468     . 

8.5 

36    1.76 

64.  o 

3 

2-597 

-  23  41  45.  1 

64-9 

2 

n-79 

1584 

Rumker  952  .    .    . 

9.0 

36    5.21 

66.2 

7 

3-547 

4-  23  41  18.7 

65.4 

7 

11.78 

1585 

51  W.  Pleiadum  (Eq.)     . 

36    6.  43 

65.8 

7 

3-553 

+  23  56  58.  7 

65.8 

7 

11.78 

1586 

53  W.  Pleiadum  (Eq.)      . 

3  S6  17-87 

65.9 

2 

+  3-  547 

+  23  37     i-9 

65-9 

2 

4-  "-76 

1587 

56  W.  Pleiadum  (Eq.)     . 

36   20.  15 

66.1 

3 

3-563 

4-    24   22   29.4 

66.1 

3 

11.76 

1588 

60  W.  Pleiadum  (Eq.)     . 

36   25.  29 

65-9 

5 

3-550 

4-  23  47  10.  7 

65-9 

5 

ii.  76 

1580 

6.0 

36   20.  23 

69.1 

7 

3-  551 

4-  23  50  44.  7 

65.1 

4 

11.75 

J     7 

1590 

63  W.  Pleiadum  (Eq.)     . 

3        y     3 
36  30.  78 

65-9 

3 

3-548 

+  23  43    5-9 

65-9 

3 

11.75 

1  v'l 

4-  5* 

3   36   34.  OS 

61.5 

25 

+  3-  547 

4-  23  40  12.8 

64.  i 

9 

+  "-7S 

jy 

'592 

69  W.  Pleiadum  (Eq.)     . 

*T*  J 

J    3        3^        3 
36    36.  9O 

66.1 

J 

5 

3-554 

+    23   59   22.2 

66.1 

5 

11.74 

1593 

68  W.  Pleiadum  (Eq.)     . 

36    36.91 

65-9 

4 

3-543 

+  23  28  36.9 

65-9 

4 

11.74 

'594 

B.  A.  0.1150    .    . 

5.0* 

36  40.  94 

61.0 

2 

2.384 

-  32  23  14.5 

72.0 

3 

11.74 

j-     - 

Rumker  956  .    .    . 

36  47.  62 

76.  o 

I 

3-  55* 

4-  23  40   17.  3 

67.  i 

2 

ii.  73 

1596 

Rumker  956  (Eq.) 

3  S6  47-  69 

/  vt  ** 

64.9 

6 

+  3-551 

l       3  ^y      13 
4-  23  49  12.2 

64.9 

6 

+  »-73 

1597 

Rumker  957  (Eq.) 

36  48.  16 

66.1 

5 

3-538 

4-  23  15  35-  1 

66.  i 

5 

n-73 

1598 

18         Tauri     

7.0* 

36  48.  86 

7-3  o 

A 

3    ^64 

4~  24  23  48.  6 

69.  i 

2 

ii.  73 

jyv 

1599 

77  W.  Pleiadum  (Eq.)     . 

/ 

36  5°.  37 

/  j-  " 
66.2 

T1 

5 

O-  J"*T 
3-556 

4-  24    2  27.  2 

.7 

66.2 

S 

"•73 

1600 

5-  2 

36  e.2  82 

72.6 

4 

,     -rg 

4-  24     i  28.  5 

60.  4 

3 

II.  73 

Jv     J*"  ^^ 

/ 

•f 

' 

"y  *r 

3 

/  3 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


43 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

J3 

O 

•o 
o 

£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

21* 
^ 

i 

s 

1 
'o 

o 

55 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

Off/ 

// 

1601 

83  W.  Pleiadum(Eq.)      . 

3  36  57-15 

66.2 

4 

+  3-56i 

+  24  16  52.9 

66.2 

4 

+  "-72 

1602 

84  W.  Pleiadum  (Eq.)      . 

36  59-  74 

66.  I 

3 

3-556 

+  24  28  47.0 

66.  i 

3 

11.72 

1603 

86  W.  Pleiadum  (Eq.)     . 

37     i-'6 

65.9 

3 

3-549 

+  23  44  II.  o 

65.9 

3 

11.72 

1604 

I   B.    Pleiadum  .... 

37     7-73 

65.8 

3 

3-546 

+  23  35  36.9 

64.1 

5 

11.71 

1605 

I   1!     Pleiadum  (Eq.)      . 

37     7-94 

64-3 

i? 

3-546 

+  23  35  34.0 

64-3 

17 

11.71 

1606 

2  B.    Pleiadum  (Eq.)      . 

3  37  "4-83 

65.7 

17 

+  3-556 

+  24     i   19.9 

65.7 

17 

+  II-70 

1607 

4  B.    Pleiadum  (Eq.)      . 

37  18.5° 

65-3 

9 

3-553 

+  23  53  40.3 

68.2 

ii 

ii.  70 

1608 

5  B.    Pleiadum  (Eq.)      . 

37  19-95 

66.2 

4 

3.560 

+    24    II    IO.  2 

66.2 

4 

ii.  69 

1609 

6  B.    Pleiadum  (Eq.)      . 

37  22.  12 

65.9 

5 

3-552 

+  23  50  48.  6 

65-9 

5 

11.69 

1610 

H2\V.  Pleiadum  (Eq.)      . 

37  23.98 

66.2 

5 

3.562 

+  24  16  17.  i 

66.2 

5 

11.69 

1611 

II4W.  Pleiadum  (Eq.)      . 

. 

3  37  25-45 

65.5 

7 

+  3-55' 

+  23  46  40.  4 

65-5 

7 

+  11.69 

1612 
1611 

Lalande6888(ist*) 
20          Tauri      

5.  O 

37  29.75 

•57    -?o.  OQ 

70.9' 
69.  o 

2 
1 

4.  018 

1    CSd. 

+  4i     i  53-o 

-4-    21    5C    36    Q 

71.0 
68.7 

3 

11.68 
11.68 

j 
1614 

Lalande6888(2d») 

j 

J/     J          y 

37  3°-  33 

70.9 

J 
2 

j1  jj^ 
4.018 

1            J     JJ     J     '   7 

+    41      2      O.  0 

71.0 

2 

11.68 

1615 
1616 

Lacaille  1196    .    . 
7   li.     Pleiadum       .    .    . 

7-0* 

37  32-  71 

7      -77      -37.    I  I 

76.0 
65.8 

3 
1 

2.407 

+     1    547 

-  3i  27  55-8 

+21    IX    Cl    Q 

73-7 

64.   I 

4 

A 

11.69 

i    i  j  .  68 

1617 

21           Tauri      

6.0 

J     Ji      JJ'    * 
•37      -2A,    77 

v  J-  f 

72.  7 

J 

6 

J'  J^l 
3C  CQ 

*j  jj  jj'  y 

4-  24     6  50.  8 

71    8 

ii.  68 

/ 
1618 

22          Tauri      

7.  O* 

OI       JT"   JI 

•37   42    84. 

73-  ^ 

c 

•  joy 
i  c<:8 

_|_    2A       C     1  1J    6 

/  A.  U 

Ti    C 

1  1  67 

1619 

131  W.   Pleiadum  (Eq.)     . 

/ 

3  1     *f-*"  *-"!• 

37  45-  7° 

/  *?  j 

65.9 

J 

S 

j'  jj° 
3-547 

i      '"r      J    1J"  u 

+  23  36  13-  5 

/  J-  j 

65.9 

5 

11.66 

1620 

().  Arg.  S.  2487    . 

9.0 

37  47-17 

70.0 

2 

2.  624 

-    22    22    54.3 

71.7 

3 

11.66 

1621 

137  W.  Pleiadum  (Eq.)     . 

3  37  49-75 

65.9 

5 

+  3-  548 

+  23  37  12.7 

65.9 

5 

+  11.66 

1622 

8  B.    Pleiadum  .... 

8.s 

37  54.66 

66.0 

6 

3-55' 

+  23  45  20.  9 

64-5 

2 

11.65 

1623 

8  B.     Pleiadum  (Eq.)     . 

37  54-  85 

63-5 

'9 

3-55" 

+  23  45  21.7 

63-5 

'9 

11.65 

1624 

1625 

9  B.    Pleiadum  .... 

8.5 

6.  5 

37  56-90 

l8      I.  20 

65.8 
66.6 

6 

4 

3-55' 

i.  ^46 

+  23  45    o.  7 

+    21    IO   11.  ^ 

67.1 

6"?.  Q 

2 
q 

11.65 
ii.  61; 

1626 
1627 

148  W.   Pleiadum  (Eq.)     . 
10  B      Pleiadum  .... 

J 

O             .  *.y 

3  38    2.64 
•?8    7.06 

66.2 
66.2 

4 
c 

O-  J^" 

+  3.560 

1  <S1 

j   j      j      j 

+  24    7  52-6 

-L    21   d.8    S7.  ? 

vj'  y 

66.2 
68.8 

y 

4 
•j 

•  ".> 

+      H.64 

U6a. 

1628 

IO  B.    Pleiadum  (Eq.)     . 

o         1    y 

38   8.06 

64.  i 

j 
23 

J'  JJJ 

3-553 

1        *  J     T^     J  /      J 

+  23  48  56-  6 

64.  i 

j 

23 

•    VJ*f. 

11.64 

1629 

I54\V.  Pleiadum  (Eq.) 

38  11.09 

66.2 

5 

3-567 

+  24  25  47.4 

66.2 

5 

11.63 

1630 

O.  Arg.  S.  2495     . 

7-3 

38  12.40 

64.0 

3 

2.467 

-  29    4  19-3 

67.6 

2 

11.63 

1631 

158  W.  Pleiadum  (Eq.)     . 

3  38  '4-  25 

65-9 

4 

+  3-544 

+  23  25  15.0 

65-9 

4 

+  11.63 

1632 

163  W.  Pleiadum  (Eq.)     . 

38  16.74 

65-9 

4 

3-546 

+  23  31  21.7 

65-9 

4 

11.63 

1633 

163  W.   Pleiadum  .... 

7-5 

38  16.  91 

77-i 

3 

3-546 

+  23  31  21 

11.63 

1634 

RumkerN.  F.,I928 

7-7 

38  17.02 

77-3 

5 

3-539 

+  23  II     8.4 

76.9 

3 

11.63 

J635 

Weisse  (2)  III,  847 

8.0 

38  19.08 

76.0 

2 

4.158 

+  44  55     3-2 

74-6 

6 

11.63 

1636 

I68W.  Pleiadum  (Eq.)    . 

3  38  19.66 

65.9 

4 

+  3-542 

+  23  20  53.0 

65-9 

4 

+  11.63 

1637 

II   B.     Pleiadum  (Eq.)     . 

•    • 

38   20.  58 

64.  i 

3> 

3-550 

+  23  40  23.4 

64.  i 

31 

11.62 

1638 

173  W.  Pleiadum  (Eq.)     . 

38    22.58 

64.8 

I 

3-537 

+  23    3  38.0 

64.8 

i 

11.62 

1639 

174  W.  Pleiadum  (Eq.)     . 

38   24.54 

65.0 

i 

3-553 

+  23  49  12.3 

65.0 

i 

11.62 

1640 

12  B.    Pleiadum  .... 

6.5 

38  39-  '5 

71.1 

4 

3-559 

+  24    4  56.6 

70.2 

4 

11.60 

44 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

• 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i 

>-. 

i 

£ 

o 
'o 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

I 

>, 

% 

JS 

O 

"o 

1 

Annual 
Precession, 
1860. 

164.1 

i88W.  Pleiadum  .... 

h.  m.      s. 

1    ^8   42.  10 

66.  i 

T. 

s. 
+  •?.  561; 

0         /           // 

-\-    24   22   57.  7 

66.  i 

•3 

// 

+  II.  60 

*  *™p« 
.  1642 

164^ 

189  W.  Pleiadum  (Eq.)    . 
13  B.    Pleiadum  .... 

J    Jv   ^    '  jy 

38  43-  13 

•?8  A?.  ?q 

66.2 
68.  i 

J 

5 

•3 

1        J     J     J 

3-502 
•>  CAS 

+  24  ii  53-7 
4-  21  T?  2<;.  ^ 

66.2 
64.  i 

.' 

5 
i 

11.59 

II.  ^9 

*  ^TO 

1644 

13  B.     Pleiadum  (Eq.)     . 

J     tj-  jy 
38  45-71 

64-3 

J 
19 

J     J*T1-' 
3-548 

~         J    O  J       J    J 

+  23  33  26.  5 

64-3 

19 

j  y 

"•59 

1645 

O.  Arg.  S.  2504     . 

7.6 

38  49-  52 

70.0 

2 

2.590 

-  23  49  15.7 

67-5 

2 

11.59 

1646 

196  W.   Pleiadum  (Eq.)     . 

3  38  S°-49 

64.9 

4 

+  3-554 

+  23  50  26.0 

64.9 

4 

4-  11.59 

1647 
1648 

14  B.     Pleiadum  (Eq.)     . 
15  B      Pleiadum 

38  52.  24 

38    57   47 

65.9 
66  T. 

4 

? 

3-543 

3    cei 

-j-  23  20  30.  8 

+23   41    12    1 

65-9 
68.7 

4 
5 

11.58 
ii.  S8 

1649 

15  B.    Pleiadum  (Eq.)    . 

J        J  I      T/ 

38  57-54 

PVI    J 

63.8 

J 

9 

•j'  jj  *• 

3-551 

*-j   t1    j*--  J 

+       23      41       30.     I 

***«   / 

63.8 

o 
9 

*  •  J  " 

11.58 

1650 

16  B.    Pleiadum  (Eq.)     . 

38  58.  65 

65.9 

4 

3-544 

+       23      23       15.8 

65-9 

4 

11.58 

1651 
1652 

207  W.  Pleiadum  (Eq.)    . 
17  B.    Pleiadum   .... 

3  38  58.79 
•&  59.  98 

63-9 

74.  6 

3 

5 

+  3-  546 

•J.  CA2 

-j-  23  28  29.  6 

-I-    2"?    17    l8.  2 

63-9 
68.  i 

3 

2 

4-  11.58 
n.  58 

l6C7 

1  8  B.    Pleiadum  .... 

J      Jy    y 
3Q      O.  28 

/  t-  •* 

65.  8 

J 

4 

j-  j't*- 

i.  511 

T       *•  J     *  /      • 
-1-    2"?   4.2      Q.  8 

7O.  Q 

I 

J" 

u.  58 

1    .1  J 

1654 

17  B.     Pleiadum  (Eq.)     . 

jy 

39    0.30 

vj*  •» 

64.8 

6 

o*  jj* 

3-542 

-j-      i,^     i^.*,         v/.   vy 
+      23      17      17-5 

i      y 
64.8 

6 

JV 

11.58 

1655 

1656 

18  B.    Pleiadum  (Eq.)     . 
24          Tduri         .    .    ,  '  . 

8.  i 

39    0.35 

3    3Q      2.  O"? 

63.8 

6^.4 

10 

28 

3-551 

-1-    3   SSI 

+  23  42    9.  o 

-i_    21    dO  4.8.  "^ 

63.8 

c.c..  2 

IO 

14 

11.58 

4-   II.  57 

1657 

Weisse(2)lII,862 

j 

9.  o* 

•j  jy            j 
39    2.  84 

VJ'  T^ 

65.8 

3 

1      J-  JJ' 

3-677 

i      *j    ^**   f  "~»«  j 

4-  28  57  21.  2 

JJ 

6S.I 

i 

-  j  / 
11.57 

1658 

l6?Q 

19  B.     Pleiadum  (Eq.)     . 
19  B.    Pleiadum 

39     3-  '9 

-JQ      -3.  4.7 

64.8 

77    I 

16 
i 

3-544 

3C/L4 

-f-    23    22      O.  2 
-1-    21    22      O 

64.8 

16 

11.57 
II.  H 

1  ^jy 

1660 

1661 

20  B.     Pleiadum  (Eq  )     . 
20  B.    Pleiadum  .... 

jy      O   T1/ 

39    3-  48 

•J    7Q       3.  SO 

it 
66.2 

76.6 

4 
2 

•  JT-T- 

3-562 

4-  •?-  562 

-|-    ^,j    mi 

+  24    9     8.4 

4-24      Q      6.  8 

66.2 
68.0 

4 
I 

j  i 
n-57 

4-  u.  57 

1662 

21   B.     Pleiadum  .... 

8.8 

o  jy     j   j 

39    5-59 

/ 

77.1 

I 

1      O*  j'-'*' 

3-563 

I      •*"**•      y 

-\  24  13  19 

11.57 

1663 

1664 

215  W.  Pleiadum  (Eq.)     . 
22  B.     Pleiadum  .    . 

39    5.60 
30    6. 

64.8 

2 

3-538 

•?.  IJ4.6 

+  23    6  40.  i 

4-    2"?    28    ^8   2 

64.8 
60.  o 

2 
t 

"'•57 
1  1.  57 

1665 

22  B.     Pleiadum  (Eq.)     . 

jy 

39    6.  02 

63.8 

10 

O-  Jt" 

3-546 

T          J               J 

+  23  28  40.8 

vy*  u 

63.8 

o 
10 

j  / 

ii-57 

1666 

21   B.     Pleaidum  (Eq.)    . 

3  39    6.06 

66.2 

4 

+  3-  563 

4-  24  13  19.0 

66.2 

4 

+•  ii-57 

1667 

DM.  -|-  Ii°,5i7  . 

8-5 

39    8.31 

66.3 

3 

3-289 

+  ii  14    7-3 

66.4 

5 

11.57 

1668 

224  W.  Pleiadum  (Eq.)     . 

39    8.51 

64.8 

2 

3.538 

+  23    6  13.  i 

64.8 

2 

11.57 

1669 
1670 

222  W.  Plfiadum  (Eq.)     . 
23  B.    Pleiadum  .... 

39    8.76 
39    9-  16 

66.2 
76.6 

5 
3 

3-56i 

^.  ?4I 

-\-  24    7  io.  o 

4-    21    14   2Q.  1 

66.2 
60.  i 

5 

2 

11-57 
n.  56 

/ 
1671 

23  B.    Pleiadum  (Eq.)    . 

3  39    9-5i 

64.8 

6 

o  j^ 

+   3-541 

i        J      ^      7   J 

4-  23  14  25.8 

vy 

64.8 

6 

+  11-56 

1672 

24  B.     Pleiadum  (Eq.)     . 

39    9-96 

63.8 

23 

3-555 

+  23  5i     7-9 

63.8 

23 

11.56 

1673 
1674 

24  B.    Pleiadum  .... 

6.5 

^.  O* 

39  io-  °5 
39  io.  06 

68.9 
57.6 

i 
m 

3-555 
•;.  eci 

+  23  51     7-4 

+    23    4.O      Q.  O 

73-5 

$1-  9 

2 

74 

11.56 
ii.  56 

/  T 
I67S 

Weisse  III,  746    . 

J 

8.0* 

39  ii. 

J  1 

jj 

J      JJ 

2.  890 

*,j  *+"      y  " 

-    9  26  53.3 

jj   y 

58-5 

2 

J 

n.  56 

1676 

233  W.  Pleiadum  (Eq.)     . 

3  39  15-49 

66.2 

5 

+    3-56I 

+  24    5  57-7 

66.2 

5 

+  11-56 

1677 

25  B.     Pleiadum  .... 

7-5 

39  19-  l6 

77-i 

i 

3-540 

+  23  io  18 

.    . 

11.55 

1678 

25  B.    Pleiadum  (Eq.)    . 

39  19.  19 

64.8 

5 

3-540 

+  23  io  18.  5 

64.8 

5 

"•55 

l679 

240  W.  Pleiadum  (Eq.)     . 

39  21.21 

63-9 

2 

3-549 

+  23  33  56.4 

63-9 

2 

"•55 

1680 

26  B.    Pleiadum  (Eq.)    . 

39  24-83 

64.8 

5 

3-  53s 

+  23    6  19.7 

64.8 

5 

ii-55 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


45 


u 

Mean  Right 

a 

V 

Q 

•a  1    .; 

Mean 

jj 

o 

iJs 

s 

Name  of  Star. 

'£ 

Ascension, 

C3 

1  §  * 

—     u   ^ 

Declination, 

>\ 

"5 

§      0     °° 

I 

fefl 

rt 

1  860.0. 

rt 
0 

^ 

<J       1)      ** 

1  860.0. 

u 

o 

<a>    « 
E 

IB 

* 

£ 

s 

* 

PH 

h.  m.      s. 

s. 

0         /           // 

,/ 

IdSl 

249  W.  Pleiadum  (Eq.)     . 

3  39  33-  89 

63-9 

3 

+  3-  548 

+  23  30  20.  5 

63-9 

3 

+  "-53 

1682 

Weisse  (2)  111,878 

7-8 

39  38-  18 

64.  I 

3 

3-39' 

+  16  16    7.5 

65.6 

2 

"•53 

1683 

Weisse  111,751     . 

9.0 

39  39-  S6 

66.4 

2 

3-305 

+  12    o  52.5 

73-o 

2 

•     n-53 

1684 

264  W.  Pleiadum  (Eq.j     . 

39  40-  55 

63.8 

H 

3-55' 

+  23  39  49.  o 

63-8 

H 

"•53 

1685 

Weisse  111,752    . 

8.2 

39  40-  65 

66.4 

2 

3-3o6 

+   12     4  19.0 

56.0 

2 

"•53 

1686 

265  W.  Pleiadum  (Eq.)     . 

3  39  42-53 

65-9 

5 

+  3-546 

+  23  26  32.9 

65.9 

5 

+  "-53 

1687 

275  W.  Pleiadum  (Eq.)     . 

39  47-  98 

64.  I 

23 

3-553 

+  23  42  27.  5 

64.  i 

23 

11.52 

1688 

Weisse  (2)  III,88i 

8.5 

39  52.02 

59-5 

2 

3.610 

+  26    9  14.  5 

63.0 

4 

11.51 

'X 

39  54- 

3-557 

+  23  53    4.2 

75-o 

3 

11.51 

1690 

27  B.     Pleiadum  (Eq.)     . 

39  54-  H 

67.0 

9 

3-557 

+  23  53    7-  6 

67.0 

9 

11.51 

1691 

286  W.  Pleiadum  (Eq.)     . 

3  39  58.  75 

65.9 

5 

+  3-547 

+  23  27  22.  5 

65-9 

5 

+  11.51 

1692 

Weisse  (2)  III,  887 

8.0 

40      2.  84 

62.6 

4 

3-397 

+  16  31  38.6 

58.5 

4 

11.50 

,693 

28  B.    Pleiadum  (Eq.)     . 

40      3.  20 

64.8 

5 

3-537 

+  22  59    5.  3 

64.8 

5 

11.50 

1694 

296  W.   Pleiadum  (Eq.)     . 

40      7-  '3 

63.8 

10 

3-55' 

+  23  36  52.  5 

63.8 

10 

ii.  50 

1695 

29  B.     Fleiadum   .... 

6-5 

40   IO.  12 

65.9 

8 

3-558 

+  23  54  43.  6 

59-o 

4 

11.50 

1696 

29  B.     Pleiadum  (Eq.)     . 

3  40  10.53 

67.0 

9 

+  3-558 

+  23  54  47.4 

67.0 

9 

+  "-50 

1697 

Riimker  989  (Eq.) 

40  15.51 

63.8 

10 

3-554 

+  23  44  54.  6 

63.8 

10 

11.50 

1698 

Weisse  (2)  III,  882 

6.0 

40  20.  68 

76.0 

2 

4-  I5I 

+  44  32  12.0 

72.9 

i 

11.48 

1699 

Weisse  (2)111,890 

9.  o* 

40  31.  10 

65.4 

2 

3.826 

+  34  29     3.  3 

70.1 

2 

11.47 

1  7OO 

g             Tauri 

<;.o* 

4°  35-  93 

68.6 

4 

3.280 

-f  10  42  35.5 

69.0 

2 

11.46 

J 

1701 

335  W.   Pleiadum  (Eq.)     . 

3  40  37-  2I 

65-9 

8 

4-  3-551 

+  23  35  24.4 

65.9 

8 

+  11.46 

1702 

26          Tauri  (Eq.)   .    .    . 

7.0* 

40  38-  35 

64.9 

6 

3.548 

+  23  25  30.7 

64.9 

6 

11.46 

1703 

B.  A.C.  1179     .    . 

7-6 

40  45.  09 

67.0 

2 

2.444 

-  29  46  33.  i 

66.5 

2 

11.45 

1704 

Weisse  (2)  III,  901 

8.0* 

40  46.  23 

65.0 

2 

3.368 

+  IS     4  19-  i 

69.1 

2 

11.45 

7 

r*>           Eridani  

4-  7 

40  49.  36 

68.3 

3 

2.591 

-  23  39  57.9 

64.9 

3 

11.44 

I7O6 

6.  « 

3  40  50.  57 

59.0 

35 

+  3-5S2 

+  23  37  19-5 

63-7 

12 

+  "-44 

28          Tauri      

J 

7.  2 

4°  51-  75 

64.9 

19 

3-554 

-4-  23  42  20.  2 

68.4 

8 

11.44 

1708 

Weisse  (2)  III,  896 

/ 

7-5* 

40  52.  15 

70.0 

2 

3-9I3 

+  37  26  39.  3 

46.8 

4 

11.44 

I  7OO 

40  53.  48 

65.  i 

I 

3-554 

+  23  27 

11.44 

l  /uy 
I7IO 

30  B.     Pleiadum  (Eq.)     . 

40  53-  72 

64-9 

6 

3-548 

+  23  27  15.8 

64.9 

6 

11.44 

1  7  1  1 

31  B.    Pleiadum 

3  40  56.  59 

61.  o 

i 

+  3-55° 

+  23  57  51-? 

68.6 

2 

+  11-44 

1  /  1  1 

1712 

31   B.     Pleiadum  (Eq.)     . 

40  56.  92 

67.0 

8 

3-56o 

+  23  57  57-2 

67.0 

S 

11.44 

1713 

Weisse  111,774   . 

8-5 

40  59.  69 

60.  7 

i 

3-370 

+  15     9  "-I 

69.  i 

2 

"•43 

1714 

32  B.    Pleiadum   .... 

7-5 

41     1.66 

65.0 

i 

3-556 

+  23  56  59.  5 

68.8 

4 

"•43 

1715 

32  B.    Pleiadum  (Eq.)     . 

41     2.  02 

67.0 

8 

3.560 

+  23  57    4-  i 

67.0 

8 

"•43 

1716 

33  B.    Pleiadum  (Eq.)    . 

3  41     6.  18 

63-9 

22 

+  3-557 

+  23  49    o.  9 

63-9 

22 

+  11.42 

1717- 

33  B.    Pleiadum  .... 

7-4 

41     6.23 

69.2 

6 

3-546 

+  23  49    o.  4 

66.1 

3 

11.42 

1718 

Weisse  III,  781     . 

8-5 

41     9.82 

59-i 

2 

3-291 

+  ii  16  32.6 

63-3 

4 

11.42 

1719 

Weisse  (2)  III,  906 

6.0 

41  14.89 

65.4 

2 

+  3-  824 

+  34  23  26.  6 

70.  i 

2 

11.41 

1720 

400  W.   Pleiadum  (Eq.)     . 

41  21.65 

67.! 

4 

3-553 

+  23  36  21.7 

67.1 

4 

11.40 

46 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

>* 

I 
S 

1 

IM 

O 

d 
£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

>^ 

1 
S 

| 

o 

"o 

1 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /           // 

// 

1721 

34  B.    Pleiadum  (Eq.)     . 

3  4i  25-  26 

67.1 

10 

+  3-546 

+  23  16  54.6 

70.3 

3 

+  11.40 

1722 

35  B.    Pleiadum  (Eq.)     . 

41  26.42 

67.0 

9 

3-558 

+  23  48  52.6 

67.0 

9 

11.40 

1723 

36  B.     Pleiadum  (Eq.)     . 

4i  35-05 

67.0 

5 

3-557 

+  23  47  15-9 

67.0 

5 

u-39 

I72A 

37  B     Pleiadum           .    . 

41  36.  29 

65.0 

i 

3.557 

-f-  23  55  12.5 

72.0 

i 

ii-  39 

*  /  ^*T 

1725 

37  B.     Pleiadum  (Eq.)    . 

41  36.67 

67.0 

9 

3-56o 

+  23  55  i2-  1 

67.0 

9 

n-39 

1726 

420  W.   Pleiadum  (Eq.)     . 

. 

3  41  37-74 

64.9 

5 

+  3-55' 

+  23  31  22.8 

64.9 

5 

+  n-39 

1727 

r7           Eridani  

5.0* 

41  38.47 

62.5 

2 

2.575 

—  24  1  8  38.  o 

67.0 

2 

ii.  39 

•/*/ 

1728 

38  B.    Pleiadum  .... 

7.0 

4i  39-35 

64.  i 

2 

3-549 

+  23  25  11.5 

68.1 

I 

11.38 

1729 

38  B.     Pleiadum  (Eq.)    . 

.    . 

4i  39-57 

64.9 

«3 

3-549 

+  23  25     8.9 

64-9 

13 

11.38 

173° 

Weisse  (2)  III,  917 

8.5 

4i  51-99 

65-5 

2 

.3-834 

+  34  40  14-  5 

65.1 

2 

"•37 

1731 

Lacaille  1231    .    . 

7.0 

3  42    6.  77 

66.6 

2 

+  2.516 

-  26  45  42.  4 

64.  i 

2 

+  n-35 

"732 

39  B.    Pleiadum  (Eq.)     . 

42    7-  96 

67.0 

6 

3-565 

+  24    4    4.6 

67.0 

6 

"•35 

1733 

Lalande  7069    .    . 

7-5 

42  10.  80 

66.9 

3 

3.246 

+     8  58  38.  6 

68.1 

i 

"•34 

'734 

Weisse  (2)  111,931 

9.0 

42  17-84 

72.8 

4 

3.625 

+  26  38  56.  4 

60.  7 

3 

"-34 

1735 

464  W.  Pleiadum  (Eq.)     . 

42  20.  86 

67.1 

4 

3-552 

+  23  30  18.9 

67.1 

4 

"•33 

'736 

O.  Arg.  S.  2556     . 

6.  i 

3  42  25.92 

64-5 

2 

-j-  2.641 

-    21    20      3.4 

67.0 

2 

+  ii-33 

"737 

Weisse  (2)  III,  932 

8.0 

42  27.90 

61.  i 

2 

3.821 

+  34  10  46.  i 

55-6 

.2 

"•33 

1738 

40  B.    Pleiadum   .    .    .    , 

7-9 

42  33-  '8 

63-7 

5 

3-553 

+  23  32    5-  5 

64.  o 

8 

11.32 

'739 

Radcliffe  1084  .    . 

7-7 

42  4°-  32 

74-5 

6 

4.011 

+   40  22    18.5 

7i-4 

3 

11.31 

1740 

Lacaille  1239    .    . 

7.6 

43    7-34 

62.6 

2 

2.  522 

—   26   27  42.8 

65-5 

2 

11.28 

1741 

Groombridge  745  . 

8.0* 

3  43  22.51 

76.4 

3 

+  7-434 

+  75  45  59-  8 

72.0 

3 

+•  11.26 

1742 

O.Arg.  8.2571      . 

8.1 

43  43-  5° 

64.0 

2 

2-494 

-  27  32  12.7 

71.0 

2 

11.23 

1743 

B.VI.3h,96     .    . 

6.9 

43  57-  55 

70.0 

4 

2.687 

—  19  10  23.  o 

66.6 

2 

11.22 

1744 

M.  Z.  78,  36  ... 

6.6 

44  45-  86 

67.0 

2 

2-358 

-    32   42   43.  2 

73-2 

5 

II.  l6 

"745 

Weisse  (2)  111,972 

8.0* 

44  49-  3° 

69.4 

3 

3-944 

+  38    7  41.0 

58.0 

4 

ii.  16 

1746 

Weisse  (2)  III,  974 

8.5* 

3  44  50-  39 

69.6 

2 

+  3-944 

+  38     6  25.3 

70.  o 

2 

-f-  ii.  16 

1747 

B.  A.  C.  1205    .    . 

7.0* 

45     2.  34 

67.9 

4 

3.042 

i  34  15-4 

61.8 

4 

ii.  14 

1748 

B.  A.  C.  1206    .    . 

6.5 

45     9-  99 

64.  i 

4 

3.410 

+  16  54  26.4 

66.  i 

2 

11.13 

I74Q 

r           Pcrsei     ... 

i-  <;* 

4?   2O.  33 

68.  i 

17 

3-  753 

-f-    31    27    51.  2 

63.1 

3 

II.  12 

*  /  T-y 

1750 

Lacaille  1252    .    . 

J    J 

6-5 

tj   ~~-  jj 

45  45-06 

66.3 

a 

2-394 

-  31  17  43-8 

67.6 

2 

II.O9 

1751 

Weisse  III,  878    . 

7.8 

3  45  56.  H 

68.9 

2 

+  3-  366 

+  H  45  58.  i 

46.  i 

2 

-)-     1  1.  08 

1752 

Groombridge  748  . 

8.5* 

46    3-55 

75-6 

4 

7.465 

+  75  45  38-  6 

73-0 

3 

II.O7 

1753 

Lalande  7184    .    . 

7-5 

46  27.23 

66.  i 

2 

3-54" 

+  22  47  47.0 

67.1 

2 

II.O4 

1754 

Rumker  1023    .    . 

7.0 

46  29.  1  8 

64.6 

3 

3-397 

-f-  16  12  21.4 

55-2 

6 

11.03 

1755 

Weisse(2)III,ioi3 

8.6 

46  35.82 

61.  9 

6 

3-472 

+   19  41   io-5 

56-3 

3 

II.O3 

1756 

Groombridge  751  . 

8.0* 

3  4<>  36-  79 

75-6 

4- 

+  7-468 

+  75  44  36-  2 

73-° 

3 

+    ".03 

1757 

Weisse  (2)  III,  1015 

9.0 

46  37.  66 

64.0 

3 

3.412 

+  16  55  38.  9 

66.1 

2 

1  1.  O2 

1758 

Lacaille  1259  .... 

7.2 

46  45.  12 

62.8 

4 

2.604 

—   22   41    50.  6 

68.0 

2 

II.  OI 

1759 

B.  A.  C.  I2JI    .    .    .    . 

5-5* 

46  47.  46 

71-4 

3 

9.612 

+  80  18  14.8 

66.7 

H 

II.  01 

1760 

Weisse  (2)  III,  1019    . 

8.8 

46  52.  56 

62.0 

6 

3-472 

+   19  41     1-3 

56-3 

3 

II.  OO 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


47 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

U 
3 

El 

s 
•% 

JS 

o 

|M 

O 

6 

a 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

Mean  year. 

1 

'— 
o 

o 

£ 

Annual 
Precession, 
1860. 

1761 

Lalande  7206  .... 

6-5 

h.  m.      s. 
3  47  27.  79 

76.5 

3 

+  3-846 

o      /       // 

+  34  40    4.  8 

61.0 

2 

// 
-)-  10.96 

1762 

Weisse  (2)  III,  1030    . 

8.5* 

47  38.99 

65.8 

6 

3-874 

+  35  35  29.  7 

64.6 

8 

10.95 

I763 
176*1 

Lalande  7220  .... 

8.5 
4.0 

47  44.02 
47  45'  36 

68.0 
71.0 

3 

5 

3-541 
2.548 

-f  22  42  51.9 
-  25     i  44.  3 

68.  i 
7'-3 

2 

3 

10.94 
10.94 

*  /  "T- 
1765 

Weisse  111,924   .    .    . 

8.0 

47  52-00 

59-0 

2 

2.876 

-    9  56    7-0 

53-° 

3 

10.  93 

1766 

O.  Arg.  S.  2623    .    .    . 

6.8 

3  47  54-  22 

63.8 

7 

+  2-584 

-  23  32  30.  5 

65.5 

2 

+  "0.93 

1767 

Lalande  7238  .    .    .    . 

7-5 

48  10.  46 

71-5 

4 

3-542 

-f-    22  44   26.  2 

67.1 

3 

10.91 

1768 

«Weisse  (2)  III,  1041    . 

7-5 

48   27.  12 

SS.  6 

5 

3-890 

+  36    5     5-9 

58.8 

4 

10.89 

I76Q 

e     Persei    

3-5* 

48   28.07 

52.9 

4 

4.  ooi 

+  39  36    4.  3 

58.1 

2 

10.89 

*  r^T 

1770 

O.Arg.  8.2637     .    .    . 

8.5 

48   29.53 

65.1 

2 

2.  639* 

-  21     5  53-3 

68.1 

2 

10.89 

1771 

177"* 

B.  A.  C.  1222    .    .    .    . 

DM    4-  «°    772 

8.4 

3  48  30.45 

48    12.  "32 

67.4 
49.0 

3 
i 

+    2-473 
3.872 

-  28    5     7.0 
+  35  33  59-  7 

66.5 
49.0 

2 
I 

+  10.89 
10.89 

•-77* 

1773 

DM.  +  19°,  625  .    .    . 

8.0 

^v    O       J 

48  45-  °3 

67.8 

4 

3-474 

-f-  19  40  24.4 

57-o 

2 

10.87 

I  77d 

73  Tauri 

6.  5 

48  4C.  qq 

69.8 

4 

3-  544 

+  22  45  56.  7 

67.0 

2 

10.87 

1  /  /T- 
1775 

Lacaille  1284   .... 

J 

7-4 

T       ^J*  yy 

49  43-  23 

63.0 

3 

2.514 

-    26   20   23.  2 

65-3 

3 

10.80 

1776 

1777 

O.  Arg.  S.  2663     .    .    . 
£     Persei        .... 

8.0 

S.  2 

3  49  45-  27 
4Q   t,1.  VI 

69.0 
71.  7 

2 

3 

+  2.507 
3.873 

-  26  37  30.  5 
+  35  23    5.9 

64.5 
46.7 

2 

8 

+  10-79 
10.78 

1  /  /  / 

1778 

Weisse  III,  965    ... 

J 

7-5 

~y  j  j  j  i 
49  55-3' 

59-  1 

2 

2.870 

-  10    9  38.  6 

62.  i 

2 

10.78 

1779 

O.  Arg.  S.  2666    .    .    . 

8.0* 

49  55-37 

63.0 

2 

2.  5'3 

-  -  26  21   16.  3 

66.0 

2 

10.78 

1780 

H.A.C.  1229    .    .    .    . 

7-5 

49  56.49 

66.0 

4 

2.791 

-  14    o  27.9 

65.6 

2 

10.78 

1781 

Weisse  (2)  III,  1082   . 

8.  i 

3  5°    3-22 

69.  i 

2 

+  3-544 

+    22   42       2.  5 

68.  i 

2 

+  iQ-77 

1782 

Lacaille  1291    .    .    .    . 

7-2 

50  32.21 

63-5 

3 

2.418 

-  30    4    8.0 

69.7 

3 

10.74 

1783 

Lacaille  1288  .    .    .    . 

7-2 

50  32.  92 

63-4 

2 

2-531 

-  25  34  49.  8 

67.6 

2 

10.74 

1784 

Weisse  III,  975    ... 

8.0 

50  42.  44 

69.1 

3 

3-368 

+  14  40  58.  i 

57-i 

2 

!0.  73 

1785 
1786 

B.VI.3h,  113  .    .    .    . 
y     Eridani      

8.0 

1    O* 

50  46.  27 

7    C  I    2O.  Q4. 

69.1 
58.  o 

2 

160 

2.684 

+    2.  792 

-  18  57  41.9 
-  13  54  32.  7 

66.6 

49-  5 

2 
60 

10.  72 
+  10.  67 

1787 
1788 

O.  Arg.  S.  2696    .    .    . 
DM.  4-  14°,  791 

O*  " 

9.0 

J     J        ~y  yf 
52        6.9I 

52  52.  88 

J 

65.1 
76.  I 

2 
I 

2.462 
3-864 

—  28  16  33.9 
+  34  59  !9-8 

68.0 

77-  i 

2 
I 

10.62 
10.56 

i?8o 

A    Tauri 

4  0* 

S2    SC    60 

/      ' 

60.  2 

6 

3-  3'6 

4-  12    5  30.4 

57-  7 

3 

10.56 

1  I  oy 
1790 

Lalande  7391    .... 

*T*    ^ 

6-5 

J      jj' 

53    8.96 

71.6 

3 

3-983 

+  38  42    8.9 

68.2 

4 

10.54 

1791 

Weisse  (2)  III,  1143    . 

8-5* 

3  53  37-88 

74.8 

8 

+  3-  867 

+  35    °  I7.4 

75-8 

6 

+  10.51 

1792 

O.Arg.  S.  2710    .    .    . 

9.0 

53  45-44 

67.0 

2 

2.436 

—  29  10  27.  6 

67.6 

2 

10.50 

'793 

B.  A.  C.  1235    .    .    .    . 

6.0* 

53  47-oo 

67.4 

4 

16.583 

+  85  10  44.4 

65.0 

2 

10.49 

1794 
I  7OC 

Lalande  7443   .... 
ry    Eridani          .    . 

8.5 

4   6 

53  53-96 

C7    try   4.3 

76.! 

6^.  o 

I 
3 

3.870 

2.  ^4 

+  34  56 

—    24    24    57.  2 

69.  o 

3 

10.49 

10.48 

1  lyj 

1796 

B.  A.  C.  1244    .... 

*T*   v 

7.0* 

J  J      J  I  '  *T  " 

3  54    8.05 

"j1  u 
59-4 

o 
2 

JJ^ 
+    3-265 

+     9  36    9-0 

53-9 

2 

+  10.47 

1797 

1708 

Mer.  C.  Z.  158,  3  .    .    . 

Anonymous 

9.0 

92 

54  37-57 
ec      i   80 

63-9 
67.  I 

2 
2 

2.484 
2.  021 

-  27  13  58.9 

—   21    32    1  8.  2 

66.5 
69.  i 

2 

3 

10.43 

10.40 

1  /yu 
'799 

B.  A.  0.1250   .    .    .    . 

•  •*" 
6.2 

JJ           *  •  *"* 

55     5-58 

**J  '    * 

63.2 

S 

2.388 

-  3°  53  IS-0 

66.  i 

2 

10.40 

1800 

Lalande  7492   .... 

I 

7.0 

55     8.63 

69.0 

i 

3 

2-594 

—    22   40    l8.  2 

65-5 

3 

1 

10.39 

48 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

• 
u 

>-, 

a 
rt 
O 

S 

J3 

o 

u- 
O 

6 
Z 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

tj 

5, 

C 

1 

S 

| 

o 

ts 

1 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /           // 

// 

1801 

Lacaille  1317    .... 

7-3 

3  55  3i-o6 

62.8 

4 

+  2.491 

—  26  54  42.  8 

66.  i 

2 

+  >o.  37 

1802 

O.  Arg.  S.  2741     .    .    . 

7-9 

55  47-92 

65.0 

3 

2.  623 

-  21  24  51.3 

66.0 

2 

'0-35 

1803 

1804 

B.  A.  C.  1247    .... 

6.0* 
1.  1* 

56    8.80 
16  21,  41 

70.4 

64.  4 

3 

21 

I3-063 

3.  528 

+  83  27   13.0 
-f-  21  41  45.  3 

70.4 
64.6 

6 

10.32 
10.  30 

*""¥ 

1805 

Weisse  III,  1092      .    . 

J     J 

7.0 

j      j  ^ 
56  32.66 

68.9 

2 

J.     J*f~s 

3.318 

+  12    7  10.3 

67.6 

2 

10.  29 

1806 

Weisse  (2)  III,  1210   . 

9.0 

3  S6  39-46 

64.0 

4 

+  3-406 

+  16  14  23.4 

59-4 

3 

+    10.  28 

1807 

Lacaille  1324  .... 

7-7 

56  40.  72 

63-4 

3 

2.438 

-  28  55  13.3 

68.0 

2 

10.28 

1808 

Lacaille  1326  .... 

7.2 

56  41.  18 

69.6 

3 

2.272 

-  34  52  26.7 

68.0 

2 

10.  28 

1809 

Weisse  (2)  III,  1212    . 

9.0 

56  44-  96 

60.9 

3 

3-501 

+  20  28  15.  7 

55.0 

2 

10.  27 

1810 

Lalande  7523   .... 

8-7 

56  53-  20 

60.  4 

2 

3.670 

+  27  29  43.  8 

62.0 

2 

10.26 

1811 

1812 

O.  Arg.  S.  2761     .    .    . 
A*  Tauri             

7-5 
6.0* 

3  56  56-  56 

C7        7.  4.1 

63-9 
74-  ' 

6 

8 

+  2.464 
•t  128 

-  27  52  34.4 

4~    21    VI    l8.  4. 

67.6 

60    7 

2 

•2 

+  10.  26 
10.  25 

1813 

Weisse  (2)  III,  1216  . 

8-3 

J  1           J     T^ 

57    4-  33 

76.5 

6 

j*  j 
3-529 

j  l    j^'  T- 
-f    21    40  25.  2 

vy.    f 

75.0 

J 

3 

10.  25 

1814 

Mer.  C.  Z.  154,  52    .    . 

8.8 

57  42.65 

69.6 

2 

2.489 

-  26  52    6.  9 

66.1 

2 

IO.  21 

1815 

Lacaille  1329  .... 

7.0 

57  43-" 

69.6 

4 

2-505 

-  26  14  7.7 

64.  i 

3 

IO.  2O 

1816 

Rumker  1079   .... 

8.0 

3  57  46-48 

60.3 

3 

+  3-388 

+  15  21   16.  o 

55-9 

2 

+  10.  20 

1817 
1818 

Riimker  1084   .... 

\l>    Tauri             .            .    . 

7.0 
6.  i 

58  19.56 

18    21.  11 

59-9 
58.1 

5 
4 

3-388 

1    7OI 

+  >5  18  57.9 
4-  28  ^7  10  o 

56.3 

7O    2 

3 

10.  15 

10.  15 

1819 

c     Persei             .        ... 

J 

S.  O 

J        '    '  JJ 

1&    TO    1Q 

J        O 

71.  4- 

7 

0'  /v* 

A    12A 

1       *'1J    J/      ••*•  ** 

-4-  a.7  20     c  2 

/  v.  ^ 

68.0 

10.  14 

1820 

Weisse  (2)  III,  1261   . 

J 

8.3 

j"    jw-  jy 
58   42-  36 

/   *  '  T1 

64.  I 

>j 
4 

*I"  J^T- 

3-431 

\    T-/   •  *    j'  *" 
+  17  16  59-6 

65.6 

2 

10.  13 

1821 

Weisse  (2)  III,  1251   . 

8.0 

3  58  45-  33 

76.8 

5 

+  4-079 

+  41     6  43.  i 

74-i 

5 

+    IO.  12 

1822 
1821 

Weisse  (2)  III,  1266  . 
50  Persei    

8-5 
1-  1* 

58  55.08 

SQ    17,  28 

63.0 
71.6 

3 
•i 

3-5'3 
3.064 

+  20  52  56.  7 

-4-        "?7      4O       I  7.    O 

68.1 
46.6 

2 
2 

IO.  II 

IO.  08 

,  u*.j 

1824 

Lacaille  1341    .    .    .    . 

J     J 

7.6 

J  .7       *  /        *" 

59  "7-75 

/  . 

63.3 

j 
4 

J'  yv^ 
2.388 

i     o  i   T'       y 

-  30  36  25.  i 

67.6 

2 

10.08 

1825 

Weisse  (2)  III,  1269  . 

7.0 

59  22.88 

76.8 

5 

4.081 

+  41     7  37-o 

74-' 

5 

10.08 

1826 

0.  Arg.  S.  2793    .    .    . 

8.6 

3  59  25.17 

63-1 

3 

+    2.389 

-  30  33  SO-  3 

68.6 

2 

+  10.07 

1827 

Weisse  (2)  111,1275   • 

8.5 

59  29.79 

64.6 

4 

3.5I3 

+  20  53    8.  3 

64.6 

5 

10.07 

1828 

O.  Arg.  S.  2796    .    .    . 

6.1 

59  38.49 

64-3 

4 

2-  630 

—  20  53  39.  3 

67.6 

2 

10.05 

1829 
1830 

Rumker  1089  (1st  *)   . 
Rumker  1089  (2cl  *)    . 

9-« 

7.0 

59  46-  76 
59  46.  94 

69.1 
69.  i 

2 
2 

3-377 
3-377 

f+  '4  47     6.4 

54-i 

3 

10.05 

1831 

B.  A.C.  1273    .... 

5-5 

3  59  51-26 

62.8 

4 

+  2.456 

-    28      2    13.5 

70.7 

4 

-)-  10.  04 

1832 

B.  A.  €.1272    .    .    .    . 

6-5 

59  58-  63 

68.0 

4 

3-425 

+  16  57  45-2 

54-o 

2 

10.03 

1833 

Lacaille  1346  .... 

7.6 

4    o    5.03 

66.0 

6 

2.364 

-  3'  25  54.2 

72.8 

7 

IO.  O2 

1834 

i8^c 

O.  Arg.  8.2803    .    .    . 
tj1    Tauri     ....... 

8.0* 
6.0 

o  ii..  79 

I      O  Q1 

72-3 

7-3    2 

3 

7 

2.564 

•3    477 

-  23  39  39.  i 

+   i  '  i   i  i     02 

71-3 

60.   I 

4 

2 

IO.  OI 

9OC 

•^jj 
1836 

M.Z.  89,  12 

8.0 

*•"  yj 

A          117     AQ 

/  J'  *" 

f)-J      Q 

/ 
I 

J-  *T/  / 

_1_    2    364 

*  y    T-    y-  * 
.  .  31   |g 

* 

•  yj 

+      n   01 

i837 

O.  Arg.  S.  2828    .    .    . 

9.0 

H           .      i  ^  .  i^\j 
I      36.85 

"J*  y 

67.i 

2 

r   **  J*"T 

2.460 

-  27  47  34-3 

68.1 

2 

9-  yj 
9.91 

1838 

Anonymous       .... 

8.8 

i  40.  81 

67-5 

2 

2.912 

-    7  51  20.1 

75-o 

2 

9.90 

>839 

Weisse  (2)  IV,  I      .    . 

8.8 

2      I.  76 

64.  i 

2 

3-444 

+   '7  43  52-5 

68.1 

2 

9.87 

1840 

Weisse  IV,  21  .... 

9.0 

2  34-  77 

60.  3 

3 

3-222 

+     7  19  4i.6 

60.0 

5 

9-83 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


49 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

S 

>, 

1 

J3 

o 

*o 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 

PI 

• 

s 

s 

1 

•8 

1 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0          /          // 

// 

1841 

WeisselV,  24     ... 

8-3 

4     2  46.56 

69.0 

3 

+  3-  382 

+  14  52     i.o 

65.4 

3 

+     9.82 

1842 

Weisse  (2)  IV,  22  .    . 

6.8 

2  58.46 

69.  1 

5 

3-397 

+   15  34  41-3 

67.1 

2 

9.80 

1843 

O.  Arg.  S.  2848    .    .    . 

7-5 

3     7-21 

67.! 

3 

2.518 

-   25    23   22.  I 

65.6 

2 

9-79 

1844 
184.1; 

B.A.  C.  1282    .    .    .   . 

6.0* 
6.0 

3  21.  13 

•3     -52.  84 

69.2 

61.2 

5 
4 

4.402 

2   Q22 

+  48  43  49-  o 

—      7    17    31    2 

53.9 

66.0 

2 
2 

9-77 

9?6 

•*  *-"TJ 

1846 

O.  Arg.  S.  2858    .   .   . 

8.5* 

J     J             T^ 

4     3  40.  70 

"O     « 

66.2 

4 

••   7 
+     2.446 

/    •  /    JJ"  * 

-  28  10  52.  5 

68.1 

2 

.   f\j 

+    9-75 

1847 

Riimker  1  104  .... 

9.0 

3  4I-9S 

62.4 

3 

3.696 

+  28    4    2.8 

55-9 

3 

9-75 

1848 

Lalande  7819   .... 

7.2 

4     3-28 

68.4 

4 

2.883 

—    9  ii  16.  7 

68.4 

3 

9.72 

1849 

Lacaille  1370   .... 

7.  o* 

4     5.82 

69.8 

3 

2.516 

-    25    24  42.  2 

70.6 

2 

9.71 

1850 

Lalande  7773   .... 

8.1 

4  '9-  36 

72.5 

6 

4.217 

+  44  23  18.5 

70.  i 

2 

9.70 

1851 

Riimker  I  no   .    .    .    . 

6.0 

4    4  29.89 

73-6 

5 

+     3-428 

+   16  54  50.0 

65.3' 

3 

+     9-69 

1852 
i8sT 

Weisse  (2)  IV,  65    .    . 
ft     Persei    

8.7 

4  35-  36 
4  •??  86 

65-3 

714 

6 
i 

3-441 

4    37  c 

+   17  28  15.3 

4-4.8      2    ?6    7 

66.4 
63.  o 

3 

2 

9.68 
9.68 

•wj  o 
1854 

Tr.  Z.  211,1      .    .    .   . 

8.4 

t     J/  *  *•"•' 

4  46-  85 

/       *  T1 

69.7 

o 
3 

*T-  j/  J 

2.476 

-j-     i^w        •    jv.  y 

-  26  58  27.  9 

65.0 

2 

9.67 

1855 

Lacaille  1374   .... 

6.5 

4  47-  15 

66.5 

2 

2.  256 

-  34  S2     2.9 

67.6 

2 

9.67 

1856 
1857 

Lacaille  1373  .... 
o1    Eridani      

7-  9 

4O 

4    4  S2.  8S 

52    O7 

63-3 
61   c 

3 

C2 

+    2.514 
2    O24 

-  25  27  37.  i 
—     7  12  18.9 

68.  i 
68.4 

2 

+     9.66 

9f\A 

*"j/ 
1858 

Weisse  IV,  81  .    .   .    . 

•  ** 

8.0 

••  "J 

5  11.48 

W*.    J 

67.1 

J 
2 

•*•  VAT- 

2.882 

9  12  10.3 

68.1 

2 

•    *•"+ 

9-63 

1859 

B.VI.  +44°,  889    .    . 

9.0 

5  16.31 

76.0 

2 

4.  221 

+    44    25    22.2 

75-0 

3 

9.  62 

1860 

Lalande  7817    .... 

8.5 

5  20.  13 

75-3 

S 

4.  221 

+  44  24  3i-7 

73-4 

3 

9.  62 

1861 
1862 

Lalande  7818   .... 

9.0 
9.  j 

4    5  21.50 

5  do  48 

70.  o 
67   7 

2 
3 

+    4-221 
2    QtO 

+  44  20 
—     6  52  24.  8 

60    4 

1 

+      9-62 
Q.  60 

1863 

Weisse  IV,  94  .... 

9.0 

if.U.    ifU 

5  50-5° 

v  /  •  / 
65.0 

J 
I 

*•  JJT' 

2.924 

—    7  12 

»*y»  *r 

0 

9.58 

1864 

1865 

Lalande  7833  .... 

8-5 
?.  o 

5  51-98 
6    o.  98 

7O.O 
66.q 

2 

•3 

4.219 

3-  226 

+  44  19  37.  2 

_|_      721    IO    ^ 

61.  9 

56.  o 

2 

9.58 

9C7 

1866 

O.  Arg.  S.  2892    .    .    . 

J 

9.0 

4     6  16. 

•  y 

O 

+  2-449 

T           /                    *7"   J 

-  27  54  56.  5 

47-8 

•  j/ 

+  9-56 

1867 

Weisse  IV,  1  14    ... 

7-3 

6  5°-  37 

69.0 

2 

2.848 

-  10  44  45.0 

70.0 

2 

9-51 

1868 

Lacaille  1379  .... 

6.6 

6  51-74 

63.0 

2 

2-543 

-  24  10  52.6 

67.0 

2 

9.50 

1869 

M.  Z.  141,6  ..... 

9-« 

6  52.09 

67.2 

2 

2-437 

-   28   20  39.9 

68.6 

2 

9.50 

1870 

B.VI.  +  31°,  734    .    . 

9.0 

6  56.  10 

65-4 

2 

3.787 

+    3'    22 

9-5° 

1871 

Weisse  (2)  IV,  121  .    . 

8.0 

4     7     o.  07 

66.  i 

2 

+  3-S89 

+  23  43  21.7 

62.0 

2 

+    9-49 

1872 

Weisse  (2)IV,n8  .    . 

7.8 

7     3-30 

65-2 

5 

3-789 

+  31   20  21.  4 

67.1 

2 

9-49 

1873 

Lalande  7931    .... 

8-3 

7     4-75 

66.6 

2 

2.  560 

-  23  29  13.9 

65.5 

2 

9-49 

1874 

Weisse  (2)  IV,  120  .    . 

8-3 

7     6.  19 

65.2 

5 

3-790 

+    3'    21      5.9 

67.1 

2 

9.48 

1875 

Weisse  (2)  IV,  127  .. 

9.0 

7  20.32 

60.0 

2 

3-523 

+  20  55  29.  7 

59-7 

3 

9-47 

1876 

Weisse  (2)  IV,  130  .    . 

8.0 

4     7  28.54 

69.  i 

2 

+    3-512 

+    20   27    57.8 

77-i 

2 

+     9-46 

1877 

B.A.  €.1300   .   .    .    . 

6.0* 

7  31-92 

76.1 

3 

5-577 

+  64  47  36.  2 

73-o 

8 

9-43 

1878 
1870 

Lacaille  1387  .... 
A    Eridani     

6.0 

c    c 

7  39-77 

7    44    1  1 

66.1 
60.  o 

2 
2 

2.302 

2.  851 

-  33     9  15-7 

—    IO    36    21.  2 

68.4 

4,7    O 

2 
2 

9-44 

9AA 

*  w/  y 
1880 

M.Z.87,6    

J    J 

7-5  ' 

/       TT"     *   l 

7  45-6i 

73-o 

4 

2-345 

-  31  38  29.8 

*T/  •  " 

74-o 

3 

•  trr 

9-43 

AP  1  S4 


50 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

rt 
i 

Ft 

• 
B 

J3 
o 
l_ 

0 

o 

fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

d 
rt 
Q 

S 

.a 

o 

IM 

O 

6 
95 

c" 
"3  .2     . 
5    &  S 
a    S  « 
<« 

h.  m.      s. 

s. 

0         /           // 

// 

1881 

DM.  +  I5°,6os  .    .    . 

9.0 

4     8  18.30 

69.5 

2 

+  3-409 

-j-     15    56       2.  O 

48.0 

i 

+     9-39 

1882 

Weisse  (2)  IV,  137  .    . 

7-5 

8  24.  54 

71.4 

3 

4.  226 

+  44  20    9.  6 

69.4 

3 

9-38 

1883 

B.A.  0.1308    .    .    .    . 

7-3 

8  30.07 

64.9 

5 

2-377 

-   30   28    12.  I 

69.  I 

3 

9-38 

1884 

Lacaille  1389  .... 

6.8 

8  33-  57 

64.0 

2 

2.  322 

-   32   23   51.5 

72.5 

2 

9-37 

1885 
1886 

B.  A.  C.  1307    .... 

6.5* 
S.  o 

8  43-71 

A      8  47.  VI 

72.2 
76.  I 

4 

2 

4.  466 
-1-   2  008 

+  49  4'   "-7 

—      7    c-j    i  -3    6 

58.8 

74    O 

5 

9-36 

_(_       Q    7C 

1887 
1888 

Weisse  (2)  IV,  152      . 
u>  Tauri 

j 

7.0 
6  c 

*f      ^  *t  y  *  o/ 

8  50.64 
Q,     3.  71 

/ 

63-9 
62.  1 

3 
10 

-|—      i..   yw 

3.408 
7    1508 

/     JJ    '  J- 

+  J5  5l  5°-8 

4-    2O    1  3   4Q.  2 

/  *T*  ^ 

54-o 
64.7 

4 
7 

~     y-  jj 

9-35 

0.  ^^ 

1889 

Weisse  (2)  IV,  160  .    . 

j 

8.0 

y      j'  t  • 

9     6.92 

«> 

7O.O 

2 

j.  y* 
3-507 

I       *'v'     *  j    *t;7*  • 

+  20    9  45.  7 

W*f..      ^ 

68.1 

^ 

2 

y   jj 
9-33 

1890 

Weisse  (2)  IV,  166     . 

9.0 

9  14.96 

68.4 

3 

3.508 

+    20    12   28.  7 

69.  i 

2 

9-32 

1891 

Lalande  7987   .... 

7-7 

4     9  28.  26 

72.6 

3 

+    3-4I7 

-f-   16  13  30.2 

77-9 

I 

+     9-  3° 

1892 
1807 

O.  Arg.  S.  2930  .    .    . 
63    Persei                         .    . 

7-7 
6  <;* 

9  32.  84 

9l6     O6 

63-9 
cq  8 

6 

2 

2.376 
A    ei  7 

—  30  25  28.  5 

_L     CO    7A    7d    O 

68.6 
?4-  I 

7, 

9-3° 
0.  2q 

loyj 
1894 

DM.  +  16°,  577     .    . 

j 

o 
9  37-  22 

jy  M 
59.0 

2 

*T~    J*J 

3-425 

»       Jv    J*r    OT--  ** 

+  16  35  51-8 

J*t* 

48.0 

•9 
I 

7      y 
9.29 

1895 

B.  A.C.  1313    .... 

6.0 

9  39.21 

71.0 

2 

5.158 

+  60  23  50.  o 

7°.  9 

2 

9-29 

1896 

O.  Arg.  S.  2938    .    .    . 

5-8 

4     9  48.  02 

63.8 

7 

+  2.554 

-  23  35  26.  7 

65.6 

2 

+      9-28 

1897 

O.  Arg.  S.  2939   .    .    . 

6.7 

9  50.  22 

74-  i 

3 

2.581 

-  22  30    3.8 

68.0 

2 

9-27 

1898 
1800 

Weisse  (2)  IV,  183     . 
5  1  Tauri     

8.2 
7  O* 

9  55-93 
10    6.  36 

65.9 

60    4 

5 
c 

3-455 

i    C33 

+  17  54  36-3 

-1-   21    I?.   ?q.  6 

67.0 
74-  ' 

2 

2 

9-27 

9-  25 

yy 

1900 

I.alande  7994  ... 

/ 
8.0* 

10  10.  04 

y*  *t 

68.9 

J 
2 

O*  JJJ 

3.987 

J    Jy 

+  37  39  13-9 

65-7 

3 

9-25 

1901 

Weisse  (2)  IV,  203      . 

4  10  34.  60 

69.4 

6 

+  3.446 

+  17  27  50.0 

66.0 

6 

+      9-22 

1902 
«9°3 

I  OOA 

Weisse  (2)  IV,  -04     . 
DM.  +46°,  871  .    .    . 
56  Tauri         

9.0 
9.0 
c  6 

10  34.  96 
ii     1.52 

II     IQ.  67 

73-o 

64-5 
61.6 

4 

2 
c 

3-446 

4-334 

3C  7Q 

+  "7  3° 
+  46  43  15-  5 

4-    21    21    ^4.    6 

62.0 
=;6.  i 

I 

2 

9.  22 

9.  18 

9.  16 

*y-"T 
1905 

Anonymous       .... 

j-  w 
9.2 

II    26.01 

67.1 

j 
2 

•  jjy 

2.373 

~       '              *O       JT"    ** 

—  30  25  52.  5 

j 
69.  i 

3 

9-'5 

1906 
IQO7 

B.  A.  0.1327    .    .    .    . 

7.0 

4O* 

4  'I  34-68 
1  1  49.  86 

69.1 
68.4 

2 
41 

+    2.  IOO 

1    1Q& 

-  39  »3  52.  i 

-T-    11    17    IO.  O 

65.6 
62.  o 

2 

7 

+     9-  14 

>.  12 

•JP** 

1008 

<;?  Tauri 

•  ** 

6  c. 

ii  ?d.  ii 

C7    Q 

T1  * 

4 

j'  jyv 

1   Al8 

T^     *  j        1 

+  16  10  14.  1 

58.0 

2 

9.  II 

ty~"~f 
IOOQ 

h     Tauri     

w*  j 

c    c* 

JT-       J 

12      4.86 

j/  -  y 
64.6 

*T 
2 

J*  f»u 
^    162 

jt-  j 
-j-  13  41  40.  i 

J 

<;•}.  o 

2 

9.  10 

y    y 

1910 

Weisse  (2)  IV,  248     . 

j'  j 

6.5 

12    17.36 

64.  I 

J 

2 

J-  O"-6 

3-469 

+  18  24  14.0 

jj 

65.1 

2 

9.08 

1911 

Lacaille  1410  .... 

7-4 

4  '2  35-34 

66.6 

4 

+  2.251 

-  34  31  5°-  7 

68.  i 

2 

+      9-°6 

1912 

IQI3 

B.  A.C.  1334    .... 
58  Tauri     

6.2 

1   O 

12   38.61 
1  2   4O    2  1 

61.  9 

7O    A 

6 

2.558 

7.     1>86 

-  23  18  52.5 

-r-    14.   41    22.  6 

59-8 
60.  4 

4 
4 

9.06 

9-°5 

*y  j 
1914 

M.  Z.  209,  89    .... 

J'  v 

9-3 

*  •*    «(•'-'«  *-J 

13  7.68 

/  w-  f 
67.5 

3 

2 

J-  Juv-' 
2.461 

I       *T-    T'j 

-  27     4  28.  i 

68.  i 

2 

y      j 

9.02 

'9'S 

M.Z.  142,  120  .... 

8-5 

13  17.54 

71.0 

2 

2.546 

-  23  45  21.  i 

65.0 

2 

9.00 

1916 

Rurnker  1159   .... 

7.8 

4  13  18.58 

7O.O 

3 

+  3-459 

+   17  55  44-8 

69.  i 

2 

+    9.00 

1917 

Weisse  (2)  IV,  270     . 

7.0 

'3  25-39 

67.I 

2 

3.462 

+   18    4  54-3 

65.1 

2 

8-99 

1918 

Rumker  1163   .... 

8.5 

'3  3'-93 

69.   I 

^ 

3-425 

+  16  28  12.4 

56.7 

3 

8.99 

1919 

Lacaille  1416  .... 

7-5 

13  32.07 

70.  I 

2 

2.252 

-  34  27  48.4 

68.5 

2 

8-99 

1920 

M.  7.87,  8    

8.0 

'3  37-31 

65.0 

2 

2-334 

-  3'  40  12.3 

69-5 

2 

8.98 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude, 

Mean  Right 
Ascension, 
1  860.0. 

lj 

rt 

£ 
d 
3 
U 

s 

1 

lM 

O 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
.860.0. 

Mean  year. 

1 

"o 

d 
X 

Annual  1 
Precession,  j 
.860.  | 

h.  m.      s. 

s. 

0           /          // 

// 

1921 

B.  A.  C.  .340    .    .    . 

7.0 

4  '3  51-28 

63.6 

4 

+  2.505 

—   25    2.    51.9 

72.1 

3 

+      8.96 

1922 

O.  Arg.  S.  2997     .    .    . 

8.0 

13  56.82 

66.5 

2 

2.405 

-  29    7  38.  8 

69-5 

2 

8.95 

1923 

Rumker  .167   .... 

7.S 

14  42.  81 

69., 

3 

3.426 

-f  .6  27  31.9 

$6.6 

4 

8.89 

1924 

JQ2C 

Weisse  IV,  286    ... 
d1    Tauri     

6.0 

4-  5 

'4  47-97 
14  51.86 

69.0 
56.8 

2 
12 

3-387 
3'  443 

+  .4  43  23.  6 

-|-    .7    12   39.0 

46.  i 
64.  i 

2 

4 

8.89 
8.88 

"    j 
IQ26 

7-  2 

4    I?    2}.  12 

62.4 

8 

-f-  3.426 

+  .6  26  50.  i 

58.7 

8 

4-    8.84 

i  y*w 

IQ27 

55  Persei    

6.0 

"T        J     ~  J     J 
15     24.48 

72.  6 

4 

3-876 

+  33  48    7-  4 

66.0 

3 

|-               \f*    V»|. 

8.84 

•  71 
1928 
IQ2Q 

B.  A.  0.1351    .    .    .    . 
56  Persei    

6.5* 
6.5 

15     26.65 

If    11.  12 

59-i 
76.4 

i 

3 

3-423 
3-87I 

+  16  17  56.4 
+  33  37  58-0 

63-9 
75.0 

J 
2 
2 

vt^ 

8.84 
8.83 

y   y 

1930 

B.  A.  C.  1355  .... 

5-7 

J    JJ 

IS  42-  77 

64.  2 

7 

2.485 

-  26    3  37.  i 

67.0 

3 

WJ 

8.8. 

'93' 

Weisse  (2)  IV,  325      . 

8.8 

4  IS  44-  36 

60.4 

3 

+  3-538 

-j-    2.    12   41.  I 

61.2 

5 

+    8.81 

1932 

O.  Arg.  S.  3022  .    .    . 

8.5 

15  45.00 

67.. 

2 

2.  485 

-  26    3     i.o 

68.0 

2 

8.81 

«933 

1074. 

Weisse  (2)  IV,  330     . 
(S8   Tauri     

7-5 
6.0 

15  56.09 
16     1.68 

59-4 

?Q.  2 

2 

1 

3-543 
3.442 

+    21    24   32.4 
+    .76   58.3 

56.  o 
7°-  3 

3 

4 

8.80 

8.  79 

'yj'r 

1935 

Weisse  (2)  IV,  333      . 

8.5* 

16  12.47 

J-?.  « 
76., 

J 
2 

3.976 

+    36   56   52.0 

72.1 

2 

M.    y  y 

8.78 

!936 

Weisse  (2)  IV,  344  .    . 

7.8 

4  1  6  26.09 

72.4 

9 

+  3-43° 

+  16  33  32.9 

70.6 

7 

+  8.74 

1937 
1018 

Weisse  (2)  IV,  348     . 
Weisse  IV,  335    .    .    . 

8.0* 

1  6  34.99 
1  6  so  4.6 

60.  I 
76.1 

4 
2 

3.476 

3.  2OQ 

+  .8  35  .0.  6 

-4-      6   2Q  45.  7 

67.1 

7O.    I 

3 
i 

8.74 

8.7} 

lyj° 
'939 

Lacaille  1433   .... 

7-5 

«w      J^«    i|.v 

1  6  50.  70 

/        * 

66.4 

2 

.   **vy 

2.222 

i                7  HJ    / 

-  35  '3  47-  7 

/ 

68.4 

3 

/  O 

8-73 

1940 

Weisse  (2)  IV,  350     . 

8.6 

'6  52-33 

63-4 

5 

3-745 

+    29    .2      5.6 

58.6 

4 

8.72 

1941 

-Lacaille  1431    .... 

6.0 

4  "7  14-64 

62.8 

5 

+  2.504 

-    25    .3    .3.  2 

65.0 

2 

+    8.69 

1942 

Weisse  (2)  IV,  363     . 

8.4 

1  7  20.  06 

57-3 

4 

3-476 

+  »8  33  33-  5 

67.6 

2 

8.69 

1943 

I  ()  J.  d 

M.  Z.  222,  21      .     .     .     . 

B.  VI,  41-  <ci 

8.2 

17  27.94 

17    2Q.  48 

67.1 
76.  i 

2 
I 

2.416 

2.  62O 

—  28  33  57.  3 

2O   36      2.  O 

68.2 
75-  ' 

2 

3 

8.68 
8.68 

'V/T-T1 

"945 

I  i  )  i  i  '' 

Tr.  Z.  152,  .     .    .    .   . 

7.8 

7   O 

«  i    *-y  t" 

17        30.72 

A      I?      78    O2 

75.0 
66.0 

8 

•J 

2.492 
-4-    1    4.OQ 

-  25  42  49-  6 

4-  ic  17     2.  b 

72.8 
?8.  i 

7 
4 

8.67 
+    8.66 

•yv 

1947 

Weisse  (2)  IV,  37.6     . 

/ 

7-7 

.  I     •  f    o1-**  "*• 

17  42.90 

64.  i 

J 

3 

I        J"  *T"7 
3.476 

1       *  J    O/ 

+  18  32  30.4 

J         J 

65.6 

2 

8.66 

1948 

O.  Arg.  S.  3044   .    .    . 

8.8 

17  48.08 

65.0 

4 

2.431 

-  27  59    3-  5 

68.  i 

2 

8.65 

1949 

IQ?O 

Weisse  (2)  IV,  381     . 
-•'   Tauri     

?.  o 

17  49.84 

17    56.  .2 

76.4 

60.  3 

3 

8 

3-444 

3.  571 

+  17    7  28.9 

+    22   29   3..  7 

76.1 
68.5 

4 

2 

8.63 
8.64 

yj 
I9SI 

Weisse  (2)  IV,  387      . 

j. 

7.8 

4  18  22.37 

'*"  j 
69.6 

5 

•J        J  / 

+    3-43° 

+  16  3'  54-5 

64-5 

3 

+    8.61 

I9S2 

Weisse  (2)  IV,  39.      . 

8.0* 

18  38.15 

69.  I 

3 

3.428 

+  16  25  36.5 

56.4 

5 

8.58 

'953 

O.  Arg.  S.  3061    .    .    . 

8.0 

19  13.62 

65.0 

2 

2.414 

—  28  31  51.5 

67.1 

2 

8.55 

'954 

DM.+  .6°,  604  .    .    . 

9.0 

19  40.  38 

69.  I 

2 

3.428 

+  16  24  42.3 

70.1 

2 

8.50 

>9S5 

B.A.C.  1374   .    .    .    . 

6.5 

>9  45-  3« 

72.1 

3 

2.222 

-  35    4  33-  i 

54-0 

2 

8.49 

1956 

Weisse  (2)  IV,  420 

9.0 

4  19  53-93 

69.  I 

2 

+    3-606 

+  23  48    6.4 

62.1 

2 

+    8.49 

'957 

Lacaille  1449   .... 

7-5 

20    l6.  IO 

66.6 

2 

2.  .92 

-  35  59  40.  i 

71-7 

3 

8.47 

I9S8 

IQCQ 

B.  VI.  +  .4°,  701    .    . 
e     Tauri 

8-5 

-1    C 

20   26.08 

20  26.  75 

69.  i 

64.  2 

2 
80 

3-392 

1   d.86 

;         14    46     22.8 

-4-  18  "J.   58.  5 

61.4 
58.6 

3 
C 

8.44 
8.44 

*yjy 
Io6o 

0>    Tauri 

J'  J 
C    2 

20  ~i±  80 

71    ± 

j.  *fw^ 
I    412 

i     *v  j*   j"-  j 
-4-   if   18  ?2.  S 

J"* 

10.  4. 

j 
1 

8.43 

•yw 

J'  * 

•*•  jf.  uy 

/  •  •  *t 

J.  H-*^ 

i     •  j  j"  j     j 

jy   ^ 

j 

*"  T«J 

52 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

» 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

rt 
fl 

>-, 

S 

% 

A 

o 

IM 

0 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 
• 
>, 

C 

S 

s 

o 

*o 

K 

Annual 
Precession, 
1860. 

h.    m.     s. 

s. 

0            /            // 

// 

1961 

O.  Arg.  S.  3082    ... 

8.0 

4  20  35.  15 

64-5 

2 

+  2-546 

-  23  27   11.9 

65.0 

2 

+     8.43 

1962 

DM.+  I4°,  703    .    .    . 

9.2 

20    35.  60 

69.  I 

2 

3-39' 

+   H  45     3-3 

69.  I 

O 

8-43 

I963 

Weisse  (2)  IV,  436     . 

7-5 

20  41.42 

67.6 

2 

3-693 

+  27     5  28.4 

68.  i 

2 

8.42 

1964 

Lacaille  1451   .... 

5-9 

21     3-79 

62.8 

3 

2.  521 

-  24  23  52.9 

70.4 

3 

8-39 

I96S 

Lalande  8431    .... 

7.0 

21     11.49 

69.0 

3 

2.826 

-  ii  26  23.  5 

59-7 

3 

8.38 

1966 

Weisse  (2)  IV,  458      . 

7.0 

4  21  37-  20 

65.3 

3 

+    3.7I4 

+  27  49     8.  5 

54-6 

4 

+     8.35 

1967 

Lacaille  1459   .... 

7-7 

21    52.17 

63.4 

3 

2.383 

-  29  30  57.  5 

68.4 

3 

8-33 

1968 

Lalande  8479  .... 

8.0 

22    l8.  15 

60.0 

2 

2.827 

-    II    22       3.4 

55-o 

2 

8.29 

1969 

O.  Arg.  S.  3108  .    .    . 

8.8 

22    18.31 

69.0 

2 

2-545 

-    23    24    55.  I 

65.0 

3 

8.29 

1970 

Lacaille  1463   .... 

6.7 

22    19.  42 

74-4 

6 

2.  290 

-  32  43  23.9 

70-3 

3 

8.29 

1971 
1972 
1973 

DM.+  28°,6S9    .   .    . 
Anonymous  

10.  o 

10.  O 

8.8 

4    22    22.  97 
22   39.  60 
22  43-02 

62.  o 
62.0 
67.5 

2 
2 
2 

.+    3.746 
3.748 
2.  840 

+  28  59  37.  7 
+  29     o     7.3 
-  10  47  19.0 

*>5-5 
70.0 
68.2 

2 
2 
2 

+     8.29 

8.2ff 

8.26 

Weisse  IV,  471    .    .    . 

1974 

Tr.  Z.  211,  4  .... 

8.0 

22   52.46 

64.6 

2 

2.  462 

—  26  36  18.4 

66.9 

2 

8.25 

«97S 

1976 
1977 

Lalande  8455   .... 
84  Tauri    

6.8 

7.0* 
7.2 

22   57-41 
4   23    10.71 

23  16.  01 

69.  I 

69.  I 

73-6 

2 
3 

4 

3.983 

+  3-395 
2.287 

+   36  44   15-4 

+  H  47  57-3 
—  32  46  38-  9 

47-9 

60.  5 
7i-3 

2 

3 
4 

8.24 

+      8.22 
8.22 

Lacaille  1470  .... 

1978 

B.  VI.  +  35°,  880    .    . 

9.2 

23  19.36 

77.1 

I 

3-946 

+  35  37  43-5 

73-3 

3 

8.21 

1979 

Weisse  (2)  IV,  505  .    . 

8.0 

23   22.  S8 

64.4 

3 

3-4II 

+  '5  30  35-  5 

67.1 

2 

8.21 

1980 

Lacaille  1474  .... 

6.9 

23   47-48 

62.6 

2 

2.465 

-  26  35     8.  6 

65.0 

3 

8.17 

1981 

Weisse  (2)  IV,  506  .    . 

8.5 

4  23  48-42 

76.6 

6 

+  3-944 

+  35  31  47-8 

76.1 

4 

+     8.  17 

1982 

'983 
1984 

Weisse  (2)  IV,  512.    . 
85  Tauri 

7.8 
6-5 

7-4 

23  51.20 

23   52.  20 

24    9-  64 

64.5 
63-3 
63-4 

5 
6 

3 

3.638 
3-4" 
2-385 

+  24  52  56.7 

+   15  32  Si-6 
—  29  20  ii.  8 

65.6 
60.9 
71.7 

2 

8 
3 

8.17 
8.17 
8.  14 

Lacaille  1480  .... 

1985 

Lacaille  1485   .... 

7.6 

24  22.73 

64.0 

9 

2.389 

-  29  ii   14.  5 

66.4 

3 

8.13 

1986 

Lacaille  1483   .... 

6.0 

4  24  37.  26 

69.0 

3 

+  2.544 

-  23  19  46.  5 

66.0 

2 

4-     8.  ii 

1987 

B.  A.  C.  1399  .... 

8.0* 

24  38.  25 

76.1 

3 

10.  284 

+    80    22    33.4 

73-3 

2 

8.  ii 

1988 

Riimker  1235   .... 

8.8 

24  49-  9° 

63.1 

3 

3.416 

+    '5    42    19-5 

61.6 

4 

8.09 

1989 

Lalande  8577   .    .    .    . 

7-9 

24  53-  22 

64.0 

3 

2-535 

-  23  42  49.  1 

67.6 

2 

8.09 

1990 

1991 
1992 

B.  A.  C.  1404   .... 

7-5 

8-5 
8.5 

24  53-  77 

4  24  58.  38 
24  59.  96 

73-7 

65-5 
70.0 

5 

2 
2 

2-344 

+  3-734 
3.412 

-  3°  45     2.  9 

+  28  25  53.  5 
+  IS  3i     3-8 

73-2 

74-o 
71.1 

5 
4 

2 

8.08 

+     8.08 
8.08 

DM.+IS°,647    .   .    . 

«993 

Weisse  (2)  IV,  535  .    . 

9.0 

25  11-47 

70.  o 

2 

3-5°6 

+  19  3°  5°-  i 

58.1 

2 

8.06 

1994 

Weisse  (2)  IV,  538  .    . 

9.0 

25  17.66 

59-i 

2 

3-  565. 

-f    21    56   32.O 

62.5 

2 

8.06 

'995 

O.  Arg.  S.  3154  .    .   . 

7.2 

25  45.  96 

64-3 

7 

2.  38? 

—  29  ii     4.  o 

67.8 

3 

8.02 

1996 

B.  A.  C.  1408   .... 

7.0* 

4  25  52.  60 

64.  i 

3 

+  3-742 

+  28  39  51.6 

64.0 

2 

+     8.01 

1997 

Weisse  IV,  533    ... 

7-5 

26     1.03 

69.  i 

2   ;          3.398 

+   14  5'  56.8 

57-1 

2 

8.00 

1998 

Weisse  (2)  IV,  562  .    . 

9.0* 

26  20.40 

64.6 

2                3-S69 

+  22     5     4.7 

62.6 

2 

7-97 

1999 

Lacaille  1501    .... 

7.2 

26  30.  45 

63.8 

3 

2.390 

-  29     6     8.  9 

67.1 

2 

7.96 

2OOO 

W«sse  IV,  554    ••• 

6.0 

26  41.  75     69.  i 

2 

3.«85 

+     5  16  18.  o 

71-4 

3 

7-94 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


53 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

lj 

a 

o 
>, 

1 
S 

4J 

o 

lM 

O 

o 
£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

|j 

rt 

5, 

a 

s 

s 

t/i 

.0 
o 

o 
o 

Annual 
Precession, 
1860. 

h.  m.      s.  ' 

s. 

0         /             // 

// 

2001 

Lacaille  1504  .... 

7-5 

4  26  49.57 

65.8 

4 

+  2.487 

-  25  30  17.3 

65.1 

2 

7-93 

20O2 

Weisse  IV,  572    .    .    . 

8.0 

27  15.76 

69.  i 

2 

3-074 

+    o    653.6 

66.0 

2 

+    7-9° 

2003 

Weisse  (2)  IV,  579  .    . 

8.3 

27  16.77 

61.0 

3 

3-562 

+  21  43  40-  9 

61.6 

2 

7.90 

2OO4 
2OO5 

Lacaille  1509  .... 

7.0 

I.O 

27    22.  98 
27    ?•?.  42 

63.5 
57.  o 

2 
2"?O 

2.476 

7.  4.^0 

—  25  51  24.5 
4-  16  i?  20.  8 

64.  i 

SO.  2 

2 
7O 

7.89 

7.84 

2OO6 

4-  5* 

/    j  j   ^ 

4  28    o.  97 

69.  3 

J 

4 

J     ^J 

-\-    2.  360 

1       '            O       ? 
—  •    1O      1      6.2 

Jw 

cr  o 

/  7 

2 

/  *  v^ 

+    7.84 

2007 

DM.  +  26°,  729  ... 

T^     J 

9.0 

28     5.70 

74-1 

5 

I       *••  O*-"-* 

3.698 

J           J 

+  26  57  57.3 

JO    ;? 

68.1 

2 

1                /  *    *"™T 

7.83 

2008 

DM.  +  5°,  682     .   .    . 

9-5 

28  10.  90 

66.6 

2 

3-199 

+    5  53 

.     . 

7.82 

2009 

Weisse  (2)  IV,  606  .    . 

8.0 

28  27.44 

59-5 

2 

3-7«7 

+  27  38  12.3 

54.0 

5 

7.80 

2OIO 

M.  Z.  86°,  52    .... 

8.0 

28  39.  92 

65.0 

2 

2-337 

-  30  52    2.9 

68.1 

2 

7-78 

2OII 

Weisse  (2)  IV,  618  .    . 

8.0* 

4  28  40.  72 

69.0 

2 

+  3-4I6 

4-  15  34  49-5 

71.4 

3 

+      7.78 

2012 

DM.  +  21°,  675  .    .    . 

9.0 

28  44.  17 

72.7 

3 

3-570 

+  21  59  42.  6 

69.1 

2 

7.78 

2013 

Weisse  (2)  IV,  620  .    . 

7-9 

28  50.87 

64.6 

4 

3.658 

+  25  26  23.  7 

65-5 

2 

7-77 

2014 

B.  A.C.  1427    .... 

5-5 

29     2.91 

68.4 

3 

2.988 

3  54    6.4 

54-o 

2 

7-75 

2OI5 

DM.  +  5°-  687     .    .   . 

9-5 

29     4.  82 

67.4 

3 

3-199 

+    5  52 

•   • 

7-  75 

2Ol6 

Lacaille  1521    .... 

7.0* 

4  29     6.08 

65.6 

2 

+  2.488 

—  25  19  46.  i 

65.0 

2 

+    7-75 

2017 

Lacaille  1522  .    .    .    . 

6.5 

29  26.41 

62.8 

3 

2.501 

—  24  49  28.  i 

66.1 

2 

7.72 

2018 

Weisse  (2)  IV,  634  .    . 

9.0 

29  38.  28 

66.7 

3 

3-759 

+  29     6    5.4 

59-4 

5 

7.71 

2019 
2O2O 

Weisse  (2)  IV,  637  .    . 

8.8 

A      T 

29  40.  56 
30    6.  60 

62.6 

eg  7 

2 

6 

3.628 

2    11J. 

+  24  16     5.9 
1O   5  1      7.4. 

67.1 

7O    H 

2 

c 

7.70 
7.67 

2021 

Weisse  IV,  646    ... 

*T*     * 

7-5* 

4   30   22.  12 

ou-  / 
71.7 

3 

**   JJ*T 

+  3-224 

J'-'     J  *          /  •  *T 

+     7     i  56.5 

/*-'•  J 

56.7 

J 

3 

/  *  **/ 

+    7-65 

i   2O22 

Tr.  Z.  211,8     .... 

8.8 

3°  39-°5 

69.  i 

2 

2.446 

—  26  50  59.  I 

67.0 

2 

7.62 

2O23 

Weisse  (2)  IV,  669  .    . 

8.8 

3°  5i-o5 

59-5 

2 

3.581 

•f    22   22    13.  I 

56.1 

2 

7.61 

2024 
2O2i; 

Lacaille  1531   .... 
a1   Tauri     

7.6 
e.  e 

30  54.  63 
31  16.  16 

63-4 
65.  o 

3 

7 

2-432 

•3     AJQ 

-   27    20      I.O 

4-  IS  ^8  14.6 

66.4 

17.  O 

4 

4 

7.60 
7.  S? 

*"-"-j 
2026 

B.  A.C.  1439    .    .    .    . 

J      J 

6.2 

4  3i  24.94 

65.1 

J 

3 

j-  <r'y 

+  2.328 

~     *J    O          ~ 

—  31     o  10.3 

j  /  ' 

68.  i 

2 

/      J/ 

+     7-56 

2O27 

Lacaille  1537   .... 

7-5 

3i  3i-«9 

68.4 

3 

2.  IOO 

—  38    6  33.  9 

71.7 

3 

7-55 

2O28 
2O2Q 

Weisse  (2)  IV,  676  .    . 

7.5* 

e    e 

31  42-67 

11    4.6    22 

72.8 
61.  6 

4 

4.182 
2    7  SO 

-(-  41  51  21.6 

—    14.    34.   5  I.O 

70.9 
60  ^ 

2 
I 

7-53 

7.  H 

*.vs«y 

2O30 

DM.+33°,889    .    .    . 

j'  J 

8.5 

j*    fv*.  mm 

3'  59-34 

76  8 

6 

*•  /  jw 
3.892 

mtr   j*T   J 

-f  33  29    3-2 

y-  j 
72.  I 

9 
2 

/    j  j 
7-51 

2031 

.'<>:.! 

B.  VI.  4k,  99    .... 
fl    Tauri     

8.0 

<;.  i 

4  32     i-45 

72    1C    Q2 

69.  i 
60  i 

2 
2 

+  2.439 

3-7-M 

-  27    3  44.  7 
_L   T  i   ec     8  a. 

71.7 
eg    i 

3 

3 

+      7-5' 

7.  4.0 

mtf^m 

2033 

2O34 

Weisse  (2)  IV,  694  .    . 
Anonymous  .... 

j  j 

5-5 

8.2 

O1"     *  j-  ?*• 
32     19.84 
32    21  .  OO 

uy.  i 
69.I 

6.1  i 

2 

•  Wr 

4.041 

2    A8C 

T       *  *     JJ               T" 

+  38    o  30.  5 

—    27    12    1%    6 

j«.  • 
46.  I 

68.  i 

j 

2 
2 

/  *  *t;7 

7.48 
7.48 

*  **J"I 

2035 

Weisse  IV,  705    .    .    . 

8.0 

32  27.  73 

w-f  -  * 
69.0 

3 

161  T-UJ 

3.224 

•/      J*     OJ'  " 

+   65933.7 

62.5 

2 

/  •  *r" 

7.48 

2036 

Weisse  (2)  IV,  713  .    . 

9.0 

4  33'  «-°4 

62.4 

5 

+  3-  584 

+    22   24      7-5 

61.8 

4 

+     7-43 

2037 

Lacaille  1540  .... 

7.0* 

33  IO-32 

72.6 

4 

2.466 

—  25  59     i-5 

64.6 

2 

7.42 

2038 

Weisse  (2)  IV,  719  .    . 

8.8 

33  "9-22 

62.2 

5 

3.583 

-j-    22    21    II.  O 

59-6 

6 

7.41 

2039 

Lacaille  1541    .... 

7-2 

33  >9-26 

65-5 

5 

2.406 

-   28    II    27.4 

66.  i 

2 

7-41 

2040 

Weisse  (2)  IV,  714  .    . 

6.0 

33  19-43 

76.0 

3 

4.048 

+  38    9  '5-1 

67.3 

4 

7.41 

54 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 
"o 

i 

Annual 
Precession, 
1  860.0. 

Mean 
Declination, 
1  860.0. 

I 

X 

s 

4J 

o 

•8 

o 

X 

Annual 
Precession, 
1860. 

2041 

Weisse  (2)  IV,  720  .    . 

8-5 

h.  m.      s. 
4  33  20.26 

63.1 

5 

+  3S-'S86 

0           /             // 

-f    22    27   27.0 

68.1 

2 

ff 
+     7-40 

2042 

Weisse  IV,  722    ... 

9.0* 

33  3°-  75 

64-3 

4 

3-395 

+  H  32  55-2 

68.6 

2 

7-39 

2043 

Weisse  IV,  725    ... 

9-o 

33  36-64 

74-4 

3 

3-247 

+     8    o  23.3 

66.6 

2 

7-38 

2044 

Weisse  IV,  727    ... 

8.0* 

33  40-  32 

76.1 

2 

3-120 

+      2    13   50.9 

71.2 

4 

7-37 

2045 

Weisse  IV,  729    .    .    . 

9.0 

33  42.62 

69.5 

2 

2.896 

849-8 

69.5 

2 

7-37 

2046 

Weisse  IV,  728    ... 

9.0 

4  33  44-  94 

59.1 

2 

+  3-142 

+   .3  14  25-5 

72.9 

2 

+     7-37 

2047 
2048 

Riimker  1250  .... 
T    Tauri     

6.5 
5.0* 

33  48.  24 

•3-3    CQ.  77 

64.  I 
61.8 

2 
22 

3-591 

V  SQ2 

-f    22  40    11.5 
-f-    22  4!      4.  5 

67.0 
66.8 

2 

3 

7-37 
7-36 

•.Vfu 

2049 

Weisse  IV,  732    .    .    . 

J 

9.0 

JJ   J    '  1  1 

34    0.90 

61.0 

4 

J    jy 

3.146 

+     3  23    8.  2 

62.0 

2 

/  •  Jv 

7-35 

2050 

Weisse  IV,  733    .   .    . 

9.0* 

34  10.07 

47-9 

2 

3.384 

+   14     3  '6-4 

47-9 

2 

7-34 

2051 

B.  A.  C.  1450  .... 

5-7 

4  34  17.46 

66.  i 

5 

+    2.498 

-  24  45  31.0 

70.1 

3 

+     7-33 

2052 

2O$1 

B.  A.  C.  1448  .... 
54  Eridani              .... 

6.0* 

A     O* 

34  18.35 

IA    in    12 

77.1 
62.6 

4 
2 

10.  886 

2.  62O 

+  80  56  59.  3 

—    IQ    $6    77    A 

73-2 
66.0 

12 

2 

7-33 

7.  12 

J  j 
2054 

Anonymous  

*f.  V 

jif     »y»  *« 

34.   27.  1  8 

69.  i 

I 

2.  494 

y    J       JJ    ^ 

-  24  54  31.8 

70.  7 

I 

1  •  j" 

7-  3' 

JT^ 

2055 

M.  Z.  153,  7     .... 

8.2 

OT^          / 

34  52.  39 

74.6 

6 

2.463 

-  26     2  50.  6 

77-o 

4 

7.28 

2056 

Weisse  IV,  754    ... 

8.0 

4  34  54-  62 

61.2 

2 

3-«3i 

+     2  43  u.  i 

62.3 

3 

+     7-28 

2057 

Lacaille  1549  .... 

7.6 

35    6.82 

63-9 

8 

+  2.396 

—  28  27  53.  i 

67.1 

2 

7.26 

2058 

Lacaille  1553  .... 

7-3 

35  25.72 

65.0 

3 

2.059 

-  39    4  49.  2 

67.  i 

2 

7-23 

2059 

Lalande  8870  .... 

7.0 

35  29.90 

66.  i 

2 

3-593 

+    22   40   39.  I 

67.0 

2 

7-23 

2060 

DM.—  1°,  705      .    .    . 

9.0 

36    4.  61 

69.  o 

2 

3-034 

i  43     9-3 

56.5 

2 

7.18 

2061 

Lacaille  1557   .... 

7.0 

4  36  18.81 

67.1 

2 

+  2.030 

-  39  5i   '5-5 

69.6 

2 

+     7-i6 

2062 

B.  VI.  4",  108  .    .    .    . 

6.5 

36  27.  85 

69.  I 

2 

2-530 

-  23  26  45.  i 

67.5 

2 

7-15 

2063 

B.  A.  C.  1459  .... 

6.5* 

36  39-  '5 

64.5 

2 

4.880 

+  55  20  51.3 

54-0 

2 

7-13 

2064 

B.  A.  C.  1460   •  .    .   . 

7.0 

36  40.  49 

61.6 

3 

3-3'2 

+  10  52  54-3 

68.6 

2 

7-13 

2065 

Weisse  IV,  794    .    .    . 

8.0 

36  48.94 

47-9 

3 

3-392 

+    14   21    48.  2 

58.0 

2 

7.12 

2066 

Lalande  8923  .... 

7.8 

4  37    6.34 

63.6 

2 

+  2-997 

•    3  25  51.0 

67.1 

2 

+    7-io 

2067 

/?    Coeli  

5-5 

37    6.54 

67.1 

2 

2.115 

-  37  25  10.4 

68.0 

2 

7.10 

2068 

B.  A.  C.  1463    .... 

7-5* 

37  15-59 

58.9 

2 

3.612 

-j-    23   22      O.  5 

54-o 

5 

7.08 

2069 

0.  Arg.  8.3325   .    .    . 

8.8 

37  '6.63 

69.6 

2 

2.512 

-  24    6  42.  7 

64.9 

2 

7.08 

2070 

Weisse  IV,  806   ... 

7-7 

37  23.  17 

69.6 

2 

3-136 

-f      2   56  42.  O 

55-o 

3 

7.07 

2071 

O.  Arg.  S.  3326  .    .    . 

7.8 

4  37  23.92 

64.  i 

3 

+  2.518 

—  23  53  39-  1 

68.  i 

2 

+    7-07 

2072 

Weisse  IV,  809   ... 

8.0 

37  33-5' 

60.5 

4 

3-035 

i  41  47.9 

61.2 

4 

7.06 

2073 

Lacaille  1564  .... 

5-3 

37  44-  7> 

67-5 

2 

2.319 

-  3'     i  44-6 

68.0 

2 

7-05 

2074 

2O7C 

Lacaille  1568  .... 

u.      l''rid;iiii           .                   , 

8.2 

4T 

37  52.94 

^8    1O    2A. 

69.5 
(,-,  -i 

2 
26 

2.  054 
2    OOl 

—  39    7  25.  i 

7      7O     C  I      I 

67.1 

66.  '. 

2 

7 

7.04 
6  08 

•**!  j 

2076 

B.  A.C.  1471    .... 

•    ' 

7-4 

jv    j^'  ***• 

4  38  37-40 

j'  o 
64.  i 

5 

*•  yyj 

+  2.410 

J     Jv    J  '  -   * 

-  27  50  21.  6 

70.0 

O 

4 

•"  7" 
+        6.97 

2077 

Weisse  IV,  824    ... 

8.5* 

38  38.  15 

47-9 

3 

3-391 

-f-    14    l6   22.  I 

47-9 

2 

6.97 

2078 

Lacaille  1570  .    .    .   . 

6.8 

38  52.94 

63.0 

3 

2-399 

—  28  12  36.  3 

66.1 

3 

6.95 

2079 

Weisse  (2)  IV,  866  .    . 

8.0* 

39  31.70 

69.  i 

2 

3.783 

+  29  31    12.4 

62.5 

2 

6.  90 

2080 

Weisse  (2)  IV,  886  .    . 

8.5* 

40    3-97 

69.6 

2 

3-644 

+  24  29  28.6 

61.8 

4 

6.86 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


55 


<u 

"3 

Mean  Right 

5 

1 

•a  •§"  o 

Mean 

i 

,G 

O 

l|      . 

b 

r~i 

Name  of  Star. 

2 
'c 

Ascension, 

>* 

IM 

O 

1  I  a 

I  >ec!ination, 

>-. 

% 

o 

fl    o   '•JS 

1 

EC 

rt 

1  860.0. 

| 

o 

•<  a  " 

1  860.0. 

5> 

o 

f,       V      " 

3 

fc 

?. 

2, 

fc 

ft 

2 

fc 

_ 

h.  m.       s. 

s. 

0          /          // 

ir 

2081 

O.  Arg.  S.  3360   .    .    . 

7-5 

4  40     7-  27 

64.4 

3 

+    2.  378 

-  28  54  56.  i 

68.  i 

2 

+     6.85 

2082 

a     Camelopardi     .... 

4.2 

40     9.  40 

64.5 

10 

5.908 

+  66    5  56.0 

69.  i 

23 

6.85 

2083 

Lacaille  1580   .... 

8.0 

40  17-33 

67.0 

2 

2-475 

-  25  25     3.6 

68.6 

2 

6.84 

2084 

5-  2 

40  29.  52 

69.  o 

2 

4.028 

+  37  H  '2-6 

46-5 

5 

6.82 

2085 

DM.  +  10°,  634  .    .    . 

9.0 

40  31.74 

71-3 

•  4 

3-3" 

+  10  45  56.  2 

69.  i 

2 

6.82 

2086 

Weisse  (2)  IV,  904  .    . 

S.s 

4  40  40.  50 

66.6 

2 

+  3-647 

+  24  33  '3-5 

67.6 

2 

+     6.80 

2087 

DM.  +  10°,  637  .    .    . 

8.9 

40  40.  93 

73-3 

4 

3-309 

+  10  40     1.8 

72.1 

4 

6.80 

2088 

DM.  +  10°,  638  ... 

8.5 

4°  43-  77 

73-1 

6 

3-308 

-f  10  40    4.  7 

73-  1 

2 

6.80 

2O8o 

DM  -\-  10°,  639  .    .    . 

40  45.  50 

72-3 

17 

3-3°9 

+  10  40  44.  o 

74.0 

7 

6.80 

2090 

DM.  +  10°,  640  .    .    . 

8.9 

40  48.00 

71.8 

8 

3-3'o 

+    10  42    54.  2 

70.0 

7 

6.79 

2091 

B.  A.  C.  1482    .... 

6-5 

4  40  50.42 

63-7 

3 

+  2-394 

—  28  20  34.  4 

65.0 

3 

+     6.79 

2092 

DM.  +  10°,  641  ... 

8.6 

40  50.47 

73-3 

9 

3-310 

+  10  41  38.7 

70.8 

6 

6.79 

2093 

DM.  —  i°,  724     .   .    . 

10.  0 

4°  55-  58 

65-1 

2 

3-036 

i  36  37-  7 

58.1 

1 

6.78 

2094 

DM.  +  10°,  642  .   .    . 

9-4 

4°  57-  59 

67.1 

2 

3-  3'° 

+  10  36  57.4 

72.1 

2 

6.78 

2095 

DM.  +  10°,  643  ... 

7.0 

41     o.  60 

72.4 

3 

3-308 

+  10  38  18.  3 

69.1 

3 

6.78 

2096 

0.  Arg.  8.3382    .    .    . 

7-5 

4  4'     6.  95 

69.  i 

2 

+  2.443 

-  26  33  21.3 

67.1 

2 

+     6.77 

2097 

DM.  +  1°,  821     .    .    . 

»-5 

41  10.  14 

73-' 

2 

3-099 

+     i   "3     2.5 

56.5 

2 

6.77 

2098 

Lacaille  1595   .... 

7.0 

41  24.48 

67.5 

2 

2.155 

-  36    3  42-  2 

68.8 

3 

6.74 

2099 

Lalandegoi2  .    .    .    . 

7-5* 

41  26.68 

71.0 

2 

4-358 

+  45  36  3'-  4 

70.9 

2 

6.74 

2100 

O.Arg.  8.3389    .   .    . 

7.6 

41  29.  09 

64-5 

9 

2-355 

-  29  39  38-0 

67.5 

2 

6.74 

1 

2IOI 

Weisse  IV,  888  .    .    . 

8-5 

4  41   32.  84 

61.8 

3 

+  3-037 

i  36  23.4 

61.9 

6 

+    6.73 

2IO2 

M.  Z.  88,  13  

8.0 

4i  33-12 

76.4 

3 

2-344 

-  30    o  54.  8 

73-' 

3 

6-74 

2103 

Weisse  IV,  889    .    .    . 

8-5 

41  42.50 

77-4 

6 

3-3" 

+  10  44  24.  2 

77.1 

i 

6.72 

2IO4 

96  Tauri     

6.0* 

41    43.  6? 

64.  Q 

2 

7.426 

+   :5  39  23-4 

54.  2 

2 

6.  72 

2IO5 

4.0 

•t  •   to      / 
42    14.  QQ 

**T-  y 

75-  o 

7 

J     "T~" 

3-  221 

-f-     6  42  49.  5 

69.  I 

2 

6.67 

2IO6 

i     Tauri     .                ... 

";.  s 

*t      *  T-  yy 

4  43  II.  22 

/  J 

61.  7 

J 

8 

-4-    7.  407 

-f-  18  35  52.  3 

60.  9 

6 

+     6.60 

2107 

Weisse  IV,  925    .    .    . 

j  j 
8.1 

43  I4-67 

J 

73-5 

4 

I      J   ^y  i 

3-100 

+     i   17     0-4 

67.0 

9 

6.59 

2IO8 

2    Aurigse             .        .    . 

<.  7 

4.7    I  C.  07 

60.  o 

1 

4.005 

+   76  2?  45.  7 

47-  ' 

2 

6.59 

2IO9 

Weisse  IV,  926    .    .    . 

J    O 

7-3 

TO      J-  yj 

43  27.22 

7    " 

71.9 

o 

s 

3-3H 

i       J            /     TJ     J 

+  1°  49  3'-7 

64.6 

2 

jy 

6.58 

2IIO 

DM.  +  43°,  I  loo    .    . 

8.5 

43  47-  17 

77-' 

2 

4-287 

+  43  52 

6.55 

2111 

Lacaille  1610  .    .    .    . 

6.7 

4  44     3-  IS 

65.0 

2 

+    2.  2OI 

-  34  33  23.  3 

65.6 

2 

+  6.53 

2112 

Lacaille  1611   .    .    .    . 

6.5 

44     3-  84 

71.6 

4 

2.176 

-  35  20     i.o 

67.  o 

2 

6-53 

2113 

O.  Arg.  N.  5259   .    .    . 

7.2 

44  iS-6o 

62.4 

7 

4.654 

+    5'    22    13.2 

67.1 

2 

6.51 

2114 

Weisse  (2)  IV,  986  .   . 

8.0 

44  18.46 

59.0 

2 

3-704 

+  26  32  27.  3 

63.8 

7 

6.50 

2115 

B.  VI.  +44°,  1047  .    . 

9.2 

44  30.  10 

76.1 

2 

4.299 

+  44    7  25.  8 

70.  1 

i 

6-49 

21  l6 

Weisse  IV,  957    ... 

5.o* 

4  44  37.02 

66.7 

3 

+    3-388 

+  14    o  47.5 

71.6 

4 

+    6.48 

2U7 

B.  A.  €.1496    .    .    .    . 

6-5 

44  37-4° 

66.6 

2 

7.498 

+  74    2  41.4 

68.6 

2 

6.48 

2118 

M.  Z.  218,  27    .    .    .    . 

9.0 

44  41.  62 

70.  o 

2 

2.521 

—  23  3i  57-6 

66.6 

2 

6;47 

2119 

Lacaille  1617   .    .    .    . 

7-5 

44  47-  83 

69.1 

2 

2.174 

-  35  20  48.  o 

67.1 

2 

6*.  46 

2120 

Lalande  9106  .    .    .    . 

7.2 

44  48.  74 

71.4 

9 

4.287 

+  43  49  4i-o 

49.0 

2 

6.46 

CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

H 

rt 

<U 

>*. 

C 
• 
V 

A 

o 
*o 
0 
K 

•«  1 

§  25 

C     o    00 

<  a  " 
C 

Mean 
Declination, 
1  860.0. 

Mean  year. 

.2 

o 

*0 

o 

fc 

Annual 
Precession, 
1860. 

h.  m.       s. 

s. 

0           /           // 

// 

2121 

O.Arg.  8.3437     .    .    . 

7-  i 

4  44  52-95 

63.6 

8 

+  2.418 

—  27  20  36.  o 

68.6 

2 

+       6.46 

2122 

Weisse  IV,  972    .    .    . 

8.0 

44  57-9° 

65.1 

3 

3-  >o° 

4-     i   16  19.0 

56.5 

5 

6-45 

2123 
2124. 

Groombridge  892     .    . 
Anonymous  

6.2 
O.  2 

45     2.01 
45    6.  ii 

69.6 

67.  o 

2 
2 

4-73° 

3      CQ7 

+  52  38  13-0 

_L    22    72    14    3 

62.0 
60  6 

2 
2 

6.44 
6  /i  /i 

f,  i  i..^ 
2I2S 

Lacaille  1615   .... 

y 
7-  i 

45  21.  86 

»  "/  •  *" 

63-9 

6 

J-  jyt 
2.466 

I         "*      »>*•      *TE"   O 

-  25  33     i-9 

"7-  M 
69.8 

3 

•  T^T 
6.42 

2126 

DM.  +  43°,  1126    .    . 

9.0 

4  45  22.79 

61.0 

4 

+  4-  289 

+  43  S2  13-9 

59.0 

2 

+         6.42 

2127 

Weisse  (2)  IV,  1012    . 

9.0 

45  27-  I0 

65.1 

3 

3.598 

+  22  32  10.5 

63.0 

2 

6.41 

2128 

Weisse  IV,  986   ... 

8.0 

45  37-  67 

67.5 

2 

3-257 

+     8  19  11.7 

66.6 

2 

6.4O 

2129 

Lacaille  1622   .... 

6.2 

45  40.  1  6 

70.  i 

2 

2-053 

-  38  48  19.3 

67.1 

2 

6-39 

2130 

DM.  +  43°,  1129    .    . 

9.0 

45  49.96 

49.0 

2 

4-29I 

+  43  53  '6.4 

69.0 

1 

6-39 

2131 
2112 

DM.  +  43°,  1130    .    . 
w     Eridani     

8-5 
5.0 

4  46    o.  68 
46    o.  94 

77-3 
61.6 

3 

3 

+  4-  287 

2.  QJ.6 

+  43  44 

—       C    41    23    Q 

68.0 

4     6.36 
6  7.6 

*"    J 
2177 

DM.  4-  i°,  843    ... 

J 

46     7.  56 

6q.  i 

2 

•  VT 
3.   IOI 

j   *r*      j    y 
4-       I    17    77    I 

62.  s 

2 

jw 
6.  3<; 

*    JJ 
2'34 

B.A.C.  1511    .... 

5-7 

46  22.57 

.7 

62.6 

2 

J     •**• 
2-  179 

/    jt 

-  35     8  38.  5 

'*••  j 

66.4 

3 

•  JJ 

6-33 

2«35 

Lalande  9207   .... 

8.0 

46  41.  04 

67.1 

3 

3-  102 

+     i  20  ii  .  i 

61.8 

4 

6.31 

2136 

B.  A.  C.  1513  .... 

6.5 

4  46  45.01 

69.0 

2 

-f    2.  2OO 

-  34  28  32.  o 

65.6 

2 

+     6.30 

2137 

Lacaille  1631    .    .    .    . 

7-  2 

46  55.28 

70.1 

2 

2.050 

--  38  50  50.  3 

68.6 

2 

6.  29 

2138 

B.  A.  C.  1510  .... 

6.0* 

47     3-55 

66.6 

2 

7-458 

+  73  5"     8.1 

72.7 

6 

6.28 

2139 

Weisse  (2)  IV,  1047   . 

8.6 

47   11.40 

65.4 

3 

3.736 

+  27  36  35  9 

65.0 

3 

6.26 

2140 

M.Z.86,59  

7-4 

47  '4-  31 

64-3 

4 

2.312 

-  3°  53  43-  5 

68.  i 

2 

6.26 

2141 

Weisse  IV,  1028  .   .    . 

7-5 

4  47  19.  66 

65-3 

3 

+    3-259 

+     8  22    9.5 

64.6 

2 

+     6.25 

2142 

214.3 

B.A.C.  1518   .... 
*     Aurigse  

6.0* 

3.  4 

47  44.06 
47  52.82 

71.9 
6-1.  5 

5 

4  3 

3-648 
1.8o6 

+  2*  2'  53-3 
-4-   32  ";6  2C  i 

54-o 
61.6 

3 

6.22 
6.21 

*'*tTJ 

2144 

DM.  +  29°,  765  ... 

j  ^ 
9.0 

48  20.00 

J     J 

65.6 

T^O 

2 

J         7 

3.806 

i    j    j      j 
+  29  59  55-4 

69.6 

2 

6.  17 

2145 

2IJ.6 

Lacaille  1642   .... 
o2   Orionis  

6.8 
4.8 

48  27.28 
4  48  30.  03 

64.  i 
6q.  I 

2 

2.  064 

4-    3.  373 

-  38  22  36.  5 

•4-    11    17    22    6 

68.  i 
-i8.  i 

2 

2 

6.16 
+     6.16 

»«^» 

«H7 

Weisse  (2)  IV,  1079  __ 

8.8 

48  32.  92 

vyt 

63-4 

3 

i    j'  j  i  j 
3-805 

I      •  j    »  /     *•*••  « 

+  29  57     3.5 

J"' 

61.6 

2 

6.15 

2148 

Lalande  9261   .... 

7-5 

48  46.  08 

66.1 

2 

3-  103 

+     i  23  52.4 

67.1 

2 

6.13 

2I4.O 

Z.  480   . 

48  46.48 

6q.  6 

2 

4.  2q8 

4-  4.7    ce      7.4. 

CO.  O 

2 

6.  n 

»«q*p 
2150 

O.Arg.  8.3488    .    .    . 

8.0 

48  53.02 

"^7.   « 

67.1 

2 

•  (  •    w«pw 

2.424 

i     ^o  jj      i  •  ^ 

—  26  57  32.  i 

jy 

66.  i 

2 

*  *J 

6.12 

2151 

O.Arg.  8.3492     .   .    . 

8.0 

4  49     5-  52 

63.6 

2 

+  2.455 

-    25  52  51.3 

65-1 

2 

+     6.  ii 

2152 

Weisse  (2)  IV,  1098   . 

8.0 

49     7-39 

60.  i 

2 

3.804 

+  29  54  13.5 

55-2 

4 

6.  10 

2IS3 

O.Arg.  8.  3494    .    .    . 

7-7 

49     9.41 

64-3 

4 

2.363 

-  29     6  37.  9 

70.0 

2 

6.  10 

2154 

Lacaille  1652  .    .    .    . 

6-3 

49  '5-28 

64.  i 

3 

2.063 

-  38  23  32.  8 

68.1 

3 

6.09 

2155 
2H6 

Lalande  9291   .... 
k    Tauri     

8.0 
6.0* 

49  35-  14 

440    3  ^  .  S  3 

67.7 
50.8 

3 
-? 

3-  101 

-f     2.    662 

+     i   17  46-3 

-f-    24.  4Q   48    8 

61.8 
61.  i 

4 

•3 

6.06 
+    6.06 

J 
2H7 

8.  c 

^y      JJJJ 

4Q  45.  41 

jy 

76.4 

o 

1             J'     W 

4    OC6 

1       **r   *t:7    f-'-''  ** 
-4-    "?7   4O 

O 

1            *""  "v 

6.  o<; 

j/ 
2I?8 

J 

<;.  o* 

ty    tj  -  t 

40  4<\.  40 

7O.  I 

o 

C 

*t-  *-'Jv' 
4.  0^6 

I       j/     *t" 
-1-     77    AO    28     ^ 

C2    6 

1 

'•  vj 
6.  oc 

*•  *  y 

2159 

O.Arg.  8.  3506    .    .    . 

j 

7-2 

^y  ^j    ^y 
49  46.  17 

/    • 

64.  i 

J 

3 

tf..    VJW 

2.518 

1       j/     *t"    *•*-»•  j 

-  23  28  20.  5 

j*-- 
68.6 

J 

2 

'•  "j 

6.05 

2160 

B.A.C.  1531    .... 

6.8 

49  46.44 

66.7 

3 

2.451 

-  25  57  16.5 

58.6 

5 

6.05 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


57 


Number. 

Name  of  Str.r. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i 

d 
8 

1 

o 
'£, 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 

s 

1 
o 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

2161 

0.  Arg.  8.3513     .    .    . 

8.1 

4  50  14-  '3 

64.4 

3 

+  2.396 

-  27  55  41.9 

72.7 

3 

+    6.01 

2162 

Schjellerup  1589  .    .    • 

9-5 

50  20.  31 

67.4 

3 

3-  102 

+     i  20  38.  4 

72.4 

3 

6.06 

2163 

0.  Arg.  S.  3516   .    .    . 

7-2 

50  34.  06 

67.0 

2 

2.517 

-  23  30  45.  7 

68.6 

2 

5.98 

2164 

7-8 

50  39.  34 

64.6 

24 

2.  OO2 

-  39  59    2.0 

72.5 

2 

5.98 

Anonymous       .... 

Q.  ^ 

50  40.  64 

73-  ' 

3 

2-453 

-  25  51  48.9 

68.  i 

2 

5-97 

2166 

Lacaille  1659   .... 

y    J 

7.6 

4  50  44-  58 

64.6 

2 

+    2.  OO2 

-  39  58  54-o 

72.5 

4 

+     5-97 

2167 

Weisse  (2)  IV,  1138   . 

9-o 

50  50.  61 

64.1 

2 

3-598 

+    22    22    15.9 

69.6 

2 

5.96 

2168 

Weisse  IV,  1105  .    .    . 

8.0 

50  50.  67 

74-3 

4 

3-  104 

+       I    27    19.9 

69.  i 

2 

5.96 

2169 

Lalande  9258   .... 

8.0 

50  53-57 

74.8 

3 

5.302 

+    60    12  44.  I 

76.1 

4 

5.96 

2170 

-f     Camelopardi     .... 

4-5* 

5°  58.54 

69.  i 

2 

5-304 

+    60    13    54-5 

64.4 

6 

5-95 

2  I  7  I 

6.0 

451   17.  68 

45-8 

2 

+  3-  I05 

+     i  29  45.  5 

69.5 

2 

+     5-92 

'*/  " 

2172 

Weisse  (2)  IV,  1165    . 

8-3 

51  45.11 

61.  o 

4 

3-598 

+    22   22   41.6 

61.0 

6 

5.88 

2173 

DM.  +  38°,  100  1     .    . 

5'  45-52 

69.5 

2 

4.091 

+  38  35  31-1 

77-9 

1 

5.88 

2I7A 

4-  5 

51  55.  74 

68.8 

3 

4.  290 

+  43  36  40.  8 

54-1 

4 

5.87 

•£I  /I- 
2I7C 

52     7.88 

46.  i 

i 

4.091 

+  38  34  37-  ' 

67-3' 

3 

5.85 

^*  /J 
2176  ' 

Weisse  (2)  IV,  1172   . 

8.6 

4  52     8.77 

60.  7 

5 

+  3-  599 

+    22    24    10.  0 

61.3 

4 

+     5-8S 

2177 

DM.  +  44°,  1081     .    . 

52  17.12 

49-o 

i 

4-325 

+  44  28 

• 

5.84 

2178 

Lacaille  1666   .... 

7-5 

52  41.52 

67.1 

2 

2.  172 

-  35     6  40.  7 

70.1 

2 

5.81 

2179 

Lacaille  1665    .... 

6-5 

53     2-58 

65.8 

6 

2-359 

29     6  10.  4 

70.0 

2 

5.78 

2180 

6.0* 

53  25-  55 

76.4 

4 

2.782 

-  1  2  44  48.  5 

56.1 

3 

5-74 

2181 

Lacaille  1673    .... 

6.8 

4    53  36.45 

63.6 

6 

+  2.372 

-  28  39  21.  i 

72.  i 

8 

+     5-73 

2182 

DM.  +  6°,  806     ... 

8.8 

53  42-  60 

67.1 

2 

3-208 

+     6     2     8.4 

68.1 

2 

5.72 

2183 

O.  Arg.  N.  5439  .    .    . 

7-5 

54    o.  86 

61.  i 

2 

4-380 

+  45  34  37-  8 

68.6 

2 

5.70 

2184 

Lacaille  1675    .... 

7-o 

54     2.58 

63.6 

2 

2.257 

—  32  27   ".5 

68.8 

3 

5.69 

2185 

Lalande  9474   .... 

6-9 

54  12.09 

69.0 

2 

2.467 

—  25   16     2.7 

64.  i 

2 

5.68 

2186 

DM.  +  5°,  788     ... 

9-° 

4  54  13-92 

67.6 

2 

+  3-204 

+     551  21.  7 

69.1 

I 

+     5.68 

2187 

IO.  O 

54  14.05 

70.0 

I 

2.366 

28  49  16.  2 

69.1 

I 

5-68 

2188 

Lacaille  1678   .... 

7.0 

5V  26.40 

64.6 

2 

2.  102 

-  37     5   '5-  ' 

70.9 

2 

5.66 

2189 

O.  Arg.  S.  3574  .    .    . 

8.7 

54  28.62 

63.1 

I 

2.367 

—  29    5 

• 

5.66 

2190 

0.  Arg.  S.  3576  .    .    . 

8-3 

54  29.  03 

65.8 

4 

2.338 

-  29  47  -16.  4 

7i-4 

3 

5-65 

2191 

DM.  +  5°,  789    ... 

8-7 

4  54  38-08 

65-3 

4 

+  3-  205 

+     5  55  22.0 

77-9 

2 

+     5-64 

2IQ2 

i     Tauri     

4-5* 

54  43.  79 

59-4 

'9 

3-574 

+  21  23    8.3 

67.8 

5 

5-63 

•  >y« 
2193 

Weisse  (2)  IV,  1249   . 

7-o 

55  '8.24 

66.  i 

2 

3-822 

+  3°  "7  34-5 

68.  i 

2 

5-59 

2194 

Weisse  (2)  IV,  1257    . 

8-3 

55  37-  '4 

61.8 

4 

3.820 

+    30    12    12.4 

62.  i 

5 

5.56 

2195 

Weisse  (2)  IV,  1258   . 

8-3 

55  38-41 

61.8 

4 

3-8i9 

+  30  10  42.  7 

64-5 

5 

5.56 

2196 

Weisse  (2)  IV,  1261    . 

8.0 

4  55  53-02 

7i-5 

4 

+  3-741 

+    27    29  48.  2 

67.6 

2 

+     5-  54 

2197 

Riimker  N.  F.  2516    . 

9-o 

55  55- 

. 

3-762 

+  28  32  48.  1 

70.  i 

1 

5-54 

2198 

DM.  +  45°,  1035     . 

9.0 

55  59-88 

68.9 

6 

4-37° 

+  45   '6  32-2 

65.8 

4 

•      5-53 

2199 

Weisse  (2)  IV,  1266    . 

7-5 

56    0.47 

67.5 

2 

3-577 

+    21    26    33.  0 

69.  i 

2 

5-53 

2200 

B.  A.  C.  1555  .... 

7.0* 

56       1.20 

59-6 

2 

3-567 

+  21     4  39.6 

54-1 

3 

5-53 

CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

! 

1 
^ 

3 

6 

<  a  " 
— 

Mean 
Declination, 
1  860.0. 

Mean  year. 

1 
'B 
o 

Annual 
Precession, 
1860. 

2201 

M.  Z.  89,  29     .... 

7-5 

h.  m.      s. 
4  56     1-5' 

66.8 

4 

s. 
+    2   282 

0           /           // 

—   31    36      2.  2 

72.6 

4 

+     5-52 

2  2O2 

22O5 

Mer.  C.  Z.  160,  50  .    . 

8-5 

56    12.  96 
56    28.O2 

67.7 
58.0 

3 

5 

2.282 

-  31  36  40.  5 

4-    44    52      q.  4 

72.8 
75.  I 

4 

2 

5-Si 

C  ,    AQ 

.*v.j 

22O4 

22O5 

B.A.C.  1559   .    .    •    • 
1  1  Orionis  

5.0* 
c,.o 

56  28.'  1  7 

?6    54.  51 

J 

65.5 
6q.  I 

J 
2 

2.432 
5   422 

i     ^^  j        y  T^ 
-   26  28  35.0 
j-   15   12  20.  9 

66.6 
67.6 

2 
5 

5-49 
c.  48 

•*i'~rj 

2206 

Radcliffe  1377  .... 

3 
6.2 

3        JT-  J 

4  56  41.  it 

7 

71.6 

3 

j'  t*-*' 
+  '9-537 

+    85    31    58.8 

/  ' 

67.1 

J 
2 

3     T." 

+     5-47 

2207 

Lacaille  1693   .... 

7-o 

56  47-  56 

64.  i 

3 

2.282 

-  3i  33     7-6 

68.1 

2 

5.46 

2208 

B.  A.  C.  1561  .... 

6.0* 

56  54.  98 

60.  i 

2 

'•995 

—  39  55  27.} 

54-o 

2 

5-45 

2209 

2210 

DM.  4/-450,  1040    .    . 
Weisse  (2)  IV,  1299  . 

8.6 

7.  .8 

56  57.26 
57  10.72 

69.1 
60.4 

3 

2 

4-  366 
3.615 

+  45     9  27.  5 

+    22    51    50.8 

49.0 
55-o 

I 
2 

5.45 
5-43 

221  1 

B.A.C.  1562    .    .    .    . 

6.0 

4  57  13-  51 

59-  i 

2 

*i"  3-  7°6 

4-  26  14    1.  1 

68.0 

2 

+     5-43 

2212 

B.  VI.  +  45°,  1042  .    . 

7-9 

57  19-27 

73-6 

10 

4.362 

+  45    3  So-2 

60.5 

4 

5.42 

2213 

Lacaille  1704   .... 

5-7 

58    5-22 

65.0 

2 

2.482 

-  24  35     7-  4 

68.6 

2 

5-35 

2214 
221  S 

O.  Arg.  S.  3629    .    .    . 
tn  Xauri         

8-5 

c    c* 

58    21.  OO 

C.Q    IO.  8^ 

64.4 
67  i 

3 

2.391 

^      CQ2 

-  27  51  25.2 
+  18  27  ii.  8 

71.6 

7O     I 

2 

2 

5-33 
5.  26 

J 
22l6 

/    Coeli          .            ... 

J     J 
C    2 

jy               o 
A    Co    22    HO 

**/  •    * 

67  i 

J     J 

-j-    2.  145 

—    5?   4O   58    5 

/  v* 

68.  i 

2 

+    5-  24 

22I7 
22l8 

Weisse  (2)  IV,  1364  . 
/    Tauri             . 

j-  m 

8-5 

C      C 

*t   jy   ••«  j*-* 

59  31-05 
CQ   31    37 

v/  -  * 
60.  9 
66.  6 

3 

2 

3.825 

7     CA7 

OJ    T1       Ov    J 

+  3°  '5  38.  i 

-4-    2O    I  1    A.8    Q 

59-8 
68.6 

3 

2 

5-23 
5-  23 

22IQ 

e    Leporis      

J  '  J 
1.    1 

37    3*  •  Jl 

59  32.  18 

61    7 

J'  JT-/ 
2.  536 

i       ^^    *  j    *+•"•  y 

—  22  33  42.  6 

60.  Q 

c 

""  *  7 

2220 
2221 

B.A.C.  1565    .... 

J     J 

5.0* 

C     C 

59  33-6o 

4   "!Q   54  87 

'   / 

69.  i 

59-  2 

4 

9.750 

+    1  64.0 

-f  79     3  36-° 

4-    24      4    54   O 

w.    y 

70.2 

7O   7 

j 
4 

5.23 

4-       c    25 

2222 

B.A.C.  1578   .    .    .   . 

J'  J 

7-o 

*r     jy    JT"'  **/ 

59  35-  29 

66.1 

2 

J'      T1:/ 

2-433 

i       "T       ^    J^ 

—  26  20  38.  9 

/  "•  / 

68.7 

3 

\           3'      J 
5-23 

2223 

M.Z.  156,8  

8.7 

59  37-  80 

75-4 

6 

2.501 

-  23  50  26.  8 

65.0 

2 

5.22 

2224 

B.A.C.  1582   .... 

5-5 

5    o  17.  86 

65.0 

2 

4-447 

+  46  47     3-  7 

54-2 

2 

5-  "9 

2225 
2226 

O.  Arg.  S.  3662    .    .    . 
Anonymous  

7-5 
8.  5 

o  30.21 
5     o  44.  26 

69.  i 

6Q    7 

2 

2.423 
+    5.  806 

—  26  40  46.  i 

-\-    29    36    2O.  2 

67.0 

65.  4 

2 
3 

5-'5 
4      5-  15 

2227 

Weisse  (2)  IV,  1414  . 

7-7 

o  48.  94 

**y*  / 

69-7 

3 

i        j'  V'**** 

3.809 

4-   29  36  51.  i 

j  •  ^ 
65.4 

O 

3 

T          J        J 

5.12 

2228 

Weisse  IV,  1379  .    .    . 

7-3 

o  54.  12 

72.6 

2 

2.  781 

-  12  40  30.  5 

62.  I 

2 

5-" 

2229 

O.  Arg.  S.  3670    .    .    . 

9.0 

i     0.94 

67.8 

3 

2-363 

-  28  44  57.  7 

72.  I 

4 

5-  I0 

2230 
2251 

Weisse  IV,  1394  .    .    . 
Anonymous  

7-8 

I    20.  7  I 
5       I    21. 

69.1 

2 

2-779 
4-  2.  562 

12  46  33-7 
-  28  45     7.0 

62.  I 

70.  o 

2 
I 

5.08 
4-     5.08 

J 
2232 

O.  Arg.  S.  3680    .    .    . 
15  Orionis      .    . 

9-5 

5  .  O 

I  28.  II 

I    41.  22 

65.0 
C?     Q 

', 

1              J"*" 
2.  362 

-  28  51 

-4-     1C     24.    52    7 

64    7 

1           J 

5.07 
c.  oc. 

2234 

Riimker,  N.  F.,  2553   . 

8.0 

2      9-13 

JJ"  7 

72-3 

4 

3.823 

\       •  J    "^    j*"  / 

+  3°    7  '6.  7 

VT"    / 
68.7 

3 

J        3 
5.01 

2235 

0.  Arg.  8.3691     .    .    . 

8.2 

2      9.  2O 

64.1 

3 

2-349 

-  29     9  46.  2 

67.6 

2 

5.01 

2236 
2257 

Weisse  (2)  V,  22  .    .    , 
DM.  +  30°,  815  .    .    . 

6.2 

5     2  43-  60 

2    l!5.  1C. 

69.5 
77-  ' 

2 

2 

+  3-8i2 
5.826 

+  29  43  36.4 
4-    5O    1  1    54.  5 

62.8 

55-  o 

3 
i 

+        4-9° 

4-  95 

31 
2238 

O.  Arg.  S.  3710    .    .    . 

8-3 

3  J        J 

3     7-24 

67-5 

2 

j-   v' 

2.449 

1       J          '        O^     J 

-   25   41      4.0 

68.6 

2 

4-93 

2239 

DM.  +  4°,  854     ... 

9.2 

3  ii-34 

67.6 

2 

3-  170 

4-414  46.  3 

70.0 

2 

4.92 

224O 

Weisse  (2)  V,4g  .    .    . 

8.8 

3  39-  20 

67.  2 

'3 

3.829 

4-  30  15  44.8 

63.9 

5 

4.88 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


59 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

rt 
Q 

>* 

1 
". 

•n 
^ 
O 

'o 

O 
£ 

Annual 

Precession, 
1860. 

Mean 
Declination, 
1800.0. 

Mean  year. 

1 
"o 

0 

X 

Annual 
Precession, 
1860. 

h.  m.     s. 

s. 

°         /             // 

// 

2241 

O.Arg.  8.3717     .    .    . 

8.6 

5     3  40.  55 

64.  I 

I 

+  2.457 

-  25  23  24.4 

69.1 

2 

+     4-88 

2242 

Weisse  (2)  V,  54     .    . 

S.o 

3  41.66 

55-3 

4 

3-7'2 

+  26  17  8.3 

56.1 

12 

4-88 

2243 

224.4. 

O.  Arg.  S.  3720   .    .    . 

8.7 
5-o* 

3  43-  98 
3  51.02 

70.5 
64.4 

5 
3 

2-4S2 
4.097 

-  25  33  53.  8 

-)-  38  18  52.5 

71.6 
46.3 

2 

4 

4.87 
4.86 

^4.<f<t 
2245 

Weisse  V,  48   .... 

9.0* 

4     1.90 

58.0 

3 

3.400 

+  14  II   16.  6 

68.7 

2 

4.85 

2246 

Weisse  V,  56   .... 

9.0 

5     4  20.  69 

72.8 

3 

+  3-  166 

+     4    9  46-4 

70.5 

2 

+     4.82 

2247 
2248 

Weisse  V,  55    .... 

7.8 
9.  3 

4  20.  97 
4  33.  70 

69-3 
67.  i 

3 

2 

3.  i65 
2.  449 

+     4  H    °-7 
-  25  39  ii.  8 

65.6 
70.  i 

2 
I 

4.82 
4.80 

22  4O 

9.  4 

4  55-  37 

64.  i 

I 

2.  456 

-  25  23  17.  3 

69.  I 

2 

4-  77 

m*qy 

2250 

22C  I 

Lacaille  1738   .... 

6.9 
q.  o 

5     3-38 

">       ^       5.  23 

63-7 
67.4 

3 
3 

2.436 
+  3-  83' 

-  26    5  15.5 
+  3°  '7  39-  4 

72.9 
72.  I 

4 

2 

4.76 
+    4-76 

•"j1 

2252 

Weisse  (2)  V,  1  1  1    .    . 

y 

7-3 

J       j       j       J 

s  17-51 

66.6 

'5 

3.829 

+  3°  "3  49-9 

63-5 

8 

4-74 

2253 

2   '  S.I 

O.  Arg.  S.  3742  .    .    . 

9-3 

6.0* 

5  27.43 
6     5.40 

76.1 
65-5 

2 

2 

2-449 
4.430 

-  25  36  16.  8 

-)-  46  15     5.4 

73-4 
59-  7 

3 
5 

4-73 
4-  67 

••JT1 

2255 

2256 

B.  A.  C.  1615  .... 

7.0 

I    O 

6     6.37 
5     6  21.06 

63-4 
53-  2 

3 
1  02 

2.309 
+  4-412 

-  33  23  56.  9 
+  45  51     6.  3 

70.3 
S2.  i 

3 

72 

4-67 
+    4-65 

2257 

DM.  -|-2°,  892     .    .    . 

8.8 

6  28.85 

65.8 

2 

3.122 

+      2    12    15.4 

69.6 

2 

4.64 

2258 

Lacaille  1754   .... 

6.5 

6  45-64 

64.4 

3 

2.071 

-  37  34     1-4 

69.1 

3 

4.62 

2259 

Weisse  V,  136  .    .    .    . 

5-5 

6  49.  48 

64.  o 

4 

2.882 

8  18  55.3 

65.6 

2 

4.61 

2260 

DM.  +  30°,  838  ... 

7-3 

6  56.  12 

76.4 

6 

3-833 

4-    3O    20      0.  2 

74-  i 

2 

4.  60 

2261 

Lacaille  1753   .    .    .    . 

6.6 

5     7  15-73 

63-7 

3 

+   2.398 

-  27  20  48.  6 

67.0 

2 

+     4-57 

2262 

Weisse  V,  145  .... 

8.8 

7  18.88 

68.  i 

3 

3-  126 

+       2    23    53.0 

68.  i 

2 

4-57 

2263 

B.  VI,  s1',  14    .... 

7.0 

7  19-77 

63-7 

3 

2-399 

-  27  19  41.5 

67.0 

2 

4-57 

2264 

Weisse  V,  153  .    .    .    . 

9.0 

7  42.  88 

•68.  i 

3 

3-  127 

1-     2  25  28.  8 

68.6 

2 

4-54 

2265 

Weisse  V,  156  .    .    .    . 

9.0 

7  47-12 

68.  i 

3 

3-  128 

-f     2  26  42.  6 

68.6 

2 

4-53 

2266 

2267 

Anonymous  
3    Orionis         

I.  O 

5     7  48.43 
7  48.  67 

65.1 

^7.  7 

3 

ISO 

+  2.880 
2.  880 

—      8    22 
8    21     (Q.  O 

?2.  Q 

•?7 

+     4-53 

4.  ?1 

2268 

DM.  +  30°,  844.    .    . 

8.0 

7  49-  56 

j  /    / 

71.4 

jy 

3 

3-831 

jy 

+  3°  13    5-8 

J     *   7 
71.8 

Jt 

3 

f*  jj 
4-52 

2269 

B.  A.  C.  1619  .... 

6.0 

7  55-51 

76.9 

6 

9-  »7 

-f-  77  50  18.  2 

72-9 

10 

4-52 

2270 

O.  Arg.  S.  3790  .    .    . 

9.0 

8  37-99 

67.7 

3 

2-394 

27  28  33.9 

67.6 

2 

4.46 

2271 

Lacaille  1763  .... 

6.8 

5     8  50.  26 

63-1 

2 

-f  2.426 

-    26   22    II.  2 

67.1 

2 

+     4-44 

2272 

DM.  +  300,851  .    .    . 

7-2 

9  31-33 

7'-4 

3 

3-832 

+  y  13  20.7 

68.0 

2 

4.38 

2273 

Lacaille  1770   .    .    .    . 

6.8 

9  39-  80 

64.  i 

3 

2.364 

-   28   29  47.  I 

71.  i 

3 

4-37 

2274 

Lacaille  1774  .    .    .    . 

7.6 

9  55-33 

64-4 

3 

2.321 

'-  29  55  1  1.  i 

69.1 

2 

4-35 

2275 

O.  Arg.  S.  3812  .    .    . 

9.2 

10  10.  48 

65.8 

3 

2.391 

-  27  32  45.2 

67.6 

2 

4-34 

2276 

Lacaille  1780  .... 

6-5 

5   10  15.06 

65.  6 

2 

+  2.095 

-   36   48    46.  2 

69.6 

4 

+     4-33 

2277 
2278 

B.  A.  C.  1641  .... 
M     Tauri 

5-5 
6.0 

10  45.40 
10  52.  02 

74-o 
61.  i 

8 

2-  154 

1  coS 

-  35    5    8.9 
-|-  21  56  52.  6 

70.1 

C7     C 

3 

'4-28 

427 

2279 

Lacaille  1779  .... 

7.0* 

10  52.  20 

67.8 

3 

j'  jy 

2.449 

-  25  29  20.  7 

J/-  J 

68.1 

2 

•  *y 

4.27 

2280 

Weisse  (2)  V,  287    .    . 

8.5 

II    2.77 

66.  i 

2 

3-837 

-f-    30   21    36.  I 

72.1 

4 

4.25 

60 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

i 

IM 

O 

O 
% 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

Mean  year. 

1 

<4_ 

O 

i 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

2281 

Weisse  (2)  V,  296    .    . 

7.0 

5   ii     6.36 

62.8 

4 

+  3-7'2 

+  26     6  31.3 

57-9 

12 

+     4-25 

2282 

O.Arg.  8.3830    .    .    . 

7.8 

ii  40.  18 

64.4 

5 

2-394 

—  27  23  56.  6 

67.6 

2 

4.  20 

2283 

Lacaille  1787   .    .    .    . 

7-5 

ii  41.79 

67.8 

3 

2.273 

-  31  26  13.4 

68.  i 

2 

4.  20 

2284 
228? 

DM.  +  o°,  ion  .    .    . 
o     Colunibse           .... 

9-  ' 
5.0 

12  12.30 

12    26.  19 

65-5 
72.8 

2 

8 

3-°94 
2.  155 

-f-    o  58  20.  7 
—  35     2  10.  3 

67.1 
71.  7 

2 

5 

4-  H 
4.  13 

"••«•*"'  J 

2286 

O.  Arg.  S.  3846    .    .    . 

9.0 

5  12  26.65 

67.7 

3 

+   2.390 

—  27  38  16.  i 

68.6 

2 

+     4.13 

2287 

M.Z.  226,11    .    .    .    . 

6.8 

12   32.44 

66.1 

3 

2.451 

-  25  24    8.  o 

67.6 

4 

4-  12 

2288 

M.  Z.  226,  10    .... 

7-8 

12   33-41 

66.1 

3 

2.450 

-  25  25  59-  5 

67.6 

4 

4.  12 

2289 

22QO 

Lalande  9958  .... 
A     Leporis         

6.8 
7.  o 

13    3-  23 

13      7.50 

69.  i 
59-  ' 

3 

2 

4.078 
2.  762 

+  37  32     1.2 
—  13  19  26.  3 

46.  i 

56.  i 

3 

2 

4.08 
4.  O7 

^anftf 
2291 

O.  Arg.  S.  3862    .    .    . 

/ 
8-3 

5  >3  I7-32 

64.  i 

2 

+    2.346 

-  29     i   13.3 

68.1 

2 

*t-  **/ 
+      4.06 

2292 

B.  A.  C.  1655    .    .    .    . 

5-7 

13  48.92 

63-9 

4 

2.390 

-  27  30  56.  7 

66.6 

2 

4.OI 

2293 

M.  Z.  226,  12    ... 

9.0 

'3  59-95 

77.1 

3 

2.450 

-  25  24    3.  i 

70.7 

3 

4.OI 

2294 

Lacaille  1798  .... 

6.7 

14    5-47 

62.  7 

3 

2-43' 

-  26     4  33.  2 

64.  i 

2 

3-99 

2295 

B.  A.  C.  1661    .    .    .    . 

7-5 

14  44.  02 

68.8 

4 

3-151 

+     3  25  51-0 

66.  i 

2 

3-94 

2296 

22Q7 

Lacaille  1806  .... 
m   Orionis      

7-2 
7.  o 

5  15  17-41 
i<;  28.6} 

63-4 
67.  o 

6 
3 

+  2-335 

1.  ISO 

—  29  20  55.  9 

-)-       3    24    22.  I 

66.4 
66.  i 

3 

2 

+     3-89 
^.87 

*•     71 

2298 

22QQ 

Lalande  10089     .    .    . 
DM  +  i6°>8i3  .    .    . 

/ 

•8.5 

*  j     "        "O 

15  29.63 

K    1O.6l 

69.  i 

49.  I 

4 

2 

J        J 

3-  'SO 
i.  726 

+     3  24  51-9 
+  26  38 

67.1 

2 

O*  "/ 

3-87 
1.87 

*    yy 
2300 

Lalande  9884   .... 

S.o* 

J     J           J 

15  53-07 

•fy 
71.0 

4 

j'  i 
9-384 

+  78  15  20.5 

70.9 

2 

O*       / 

3.85 

23OI 

Lacaille  i8io(ist*)    . 

6.2 

5  16     1-54 

63.I 

3 

+  2.462 

-  24  54  41.5 

67.6 

2 

+  3.82 

23O2 

Lacaille  i8io(2d*)     . 

9.0 

16     i.  80 

63,I 

2 

2.462 

-  24  54  57.  7 

67.6 

2 

3.82 

2303 

Weisse  (2)  V,  430   .    . 

8.1 

16    4.  14 

71.8 

3 

4.094 

+  37  54  46-  3 

60.3 

4 

3.82 

2304 

Weisse  (2)  V,  431    .    . 

7-6 

16    4.  36 

71.8 

3 

4.094 

+  37  54  47-  3 

77-i 

2 

3.82 

2305 
2W6 

B.  A.  C.  1673   .... 
Anonymous  

5-5 

0.  O 

16  12.  75 
<;  1  6  15.  78 

65.4 

64.  Q 

2 
2 

2.  170 

+    2.  589 

-  34  29     7.  6 
—  20  10  38.  7 

67.1 
6q.  I 

2 
2 

3.81 

+    1.  78 

•J*"* 
2307 

Weisse  (2)  V,  451    .    . 

y,    ~ 

8.2 

J             O  J-  /  •* 

1  6  36.  69 

T  " 

61.2 

7 

\       *••  Jvy 

3.848 

+  30  34     3-8 

.7 

57.0 

2 

I           O*  /  •* 

3-77 

2308 

Weisse  (2)  V,  452   .    . 

8.7 

16  38.  65 

6i.4 

4 

3-847 

+  30  33  20.  7 

62.6 

2 

3-77 

2309 

27IO 

Weisse  (2)  V,459   .    . 
j)    Tauri     .    .    . 

J.  O 

17    5-6o 

17    26.  64 

76.  i 

C7    O 

2 
2O6 

4-  134 
1  78? 

+  38  50 
-f-  28  29     8.  o 

S.2   6 

28 

3-73 

"i    7O 

*J  •*-' 

2311 

Weisse  (i)  V,  478   .    . 

8-3 

5  '7  30-4i 

Jf-v 
65-3 

3 

j'  /vj 
3-576 

+    21       0    13.3 

J*" 

65.1 

2 

O'   /** 

+   3-70 

2312 

B.  A.  C.I662   .    .    .    . 

7-2 

17  30-59 

65.8 

2 

+  18-439 

+  85     6  43.  i 

62.  1 

2 

3-7° 

23'3 
2514 

B.  A.  C.  1688   .... 
y     Orionis  

6.1 

2.  O* 

17  34.48 

17    17.  4.2 

62.4 

4.7   4. 

3 

c 

2.407 
1.  2K 

-  26  50  25.  7 
4-    61-?    98 

65.1 

"w    O 

2 

2 

3-69 
-i.  60 

J   ^ 
2315 

DM.  +  38°,  1161     .    . 

/    ji  *  ^* 
17   48.82 

^/  -  ^ 
7O.  2 

J 

2 

j'      j 
4-  134 

\              *  o      y 

+  38  52 

J  1  ' 

j.    y 

3-67 

2316 

O.Arg.  8.3917    .    .    . 

9.0 

5   i?  49-12 

67.I 

2 

+    2.  690 

-  16  ii  24.  8 

68.  i 

I 

+     3.67 

23'7 

O.  Arg.  S.  3920    .    .    . 

8.4 

17  57.42 

67.8 

3 

2.  691 

-  16  10  26.  9 

72.  i 

7 

3.66 

2318 

Lacaille  1827   .... 

7-4 

17  57-47 

63.8 

3 

2-255 

-  31  52  48.8 

67.6 

4 

3.66 

2319 

Weisse  (2)  V,  490  .    . 

8.S 

18    7.30 

76.1 

3 

4.138 

+  39     2  36.  2 

74-8 

4 

3-64 

2320 

Weisse  (2)  V.5I3   .    . 

8.5 

18  25.08 

56.4 

3 

3-726 

-f-  26  27  29.  8 

56.0 

10 

3.62 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


61 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

"8 

d 

£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 
V 
>* 

§ 

a 

£ 

o 
6 
Z 

Annual 
Precession, 
1860. 

h.  m.      .. 

s. 

0         /           // 

// 

2321 

?  722 

Weisse  (2)  V,  506   .    . 

8.8 
5-  S" 

5   18  27.  ii 
19    o.  19 

76.1 
64.4 

3 

2 

+  4-  '39 
3.496 

+  39    3  48.o 
4-   17  50  16.  i 

74-  i 

65.5 

3 

2 

+     3-62 
3-57 

*j« 

2323 

Weisse  (2;  V,  530  .    . 

7-7 

19  11.93 

69.  i 

2 

3.848 

4-  30  31  21.  8 

63.5 

2 

3-56 

2324 

272C 

Weisse  V,  449  .... 

7.0* 
5.8 

19  12.27 
19  13.  74 

59.1 

58.4 

3 

2.  762 

3-599 

-  '3  "5  23.7 
4-  21  48  48.  i 

52.5 

68.2 

5 

2 

3-56 
3-56 

^J*J 

2326 
9'?'?*7 

DM.  +38°,  1170     .    . 

Y      C77  /  ist  *} 

S.  5 

5   19  34.  26 

1C)    So.  24 

77-i 
71.  i 

i 

+  4.  126 
4-  921 

+  38  40 

I      '       ' 

+     3-52 

23*7 

2328 

S    S77  (2<l*) 

7.  o 

-*   J./      T^ 

20    o.  42 

71.  i 

3 

4.921 

|l    54  33     5-8 

71.0 

2 

3-48 

2329 

DM.  +  38°,  uSi     .    . 

9.0 

20    14.  15 

77-1 

i 

4-  134 

+  38  53    6.  7 

75-  i 

I 

3-46 

233° 

B.  A.  0.1708    .    .    .    . 

6.8 

20   33.61 

62.8 

3 

2.792 

-  12     i   16.  7 

65.1 

3 

3-43 

2331 

Schjellerup  1787  .    .    . 

S.  o 

5  20  34.  07 

72.4 

3 

+  3-o63 

-      O    22    50.  3 

70.4 

3 

+     3-43 

2332 

Kiimker  N.  F.,  2614    . 

7-7 

20    38.  92 

77-i 

2 

3.560 

4-  20  19 

•   • 

3-43 

2333 

Lacaille  1840   .... 

7.0 

20  47.  18 

61.  9 

2 

2.238 

-   32    20      0.4 

66.5 

2 

3-42 

2334 

Weisse  (2)  V,  602   .    . 

21       O.  O2 

49-  ' 

I 

3.738 

4-  26  49 

3-42 

2335 

Lacaille  1844   .... 

7.0 

21       O.  2O 

76.6 

2 

2.228 

-  32  37  32.7 

68.  i 

2 

3-42 

2336 

15.  A.  C.  1706    .    .    .    . 

6.  I 

5  21     1.49 

64.4 

7 

+  7-9/0 

4-  74  S6  32-  2 

66.2 

12 

+     3-39 

2337 

B.A.  0.1713    .    .    .    . 

7-5 

21    47.24 

63.8 

3 

2.409 

-  26  42  14.  6 

70.8 

4 

3-33 

2338 

Groombridge  980     .    . 

6.0 

21    50.39 

71.4 

3 

4.  no 

4-  38  12  29.  i 

65.1 

3 

3-33 

2339 

DM.  +  26°,  828  .    .    . 

9.  o 

21    55.69 

65.6 

2 

3-734 

4-  26  39  12.  2 

68.  i 

2 

3-32 

2340 

B.  A.  €.1711    .    .    .    . 
/3    Leporis 

7.0 
4.0* 

21    5S-76 
c    22    14.  77 

60.  i 
4S.  0 

2 
I 

3-563 
4-  2.  ?6o 

4-  20  26  13.  6 

—    2O    52    26.  2 

54-1 
69.6 

3 

2 

3-32 

-t-       3.  20 

234! 
2342 

Weisse  (2)  V,  630    .    . 
M  Z  88  33 

8.5 

8.  2 

J       **            **t*    /    / 

22    20.  26 
22    26.  96 

T  J       ./ 
60.6 

67.  e 

2 
2 

i        j  >* 
3-729 

2.  22O 

-f-  26  28  19.  6 

—    2O   41    3  3.  C 

57-4 
68.6 

12 

2 

1          O'  *;/ 
3.28 

•3    27 

2343 
2344 

Weisse  (2)  Vj  647    .    . 

9.0 

22    52.91 

i  '   J 

60.8 

3 

*,.  j*.'-' 

3-859 

-*      T           O  J       J 

4-  30  48  59-  3 

68.7 

2 

o*  *•/ 

3.23 

2345 

M.Z.  157,8  

9.0 

22   54-94 

67.  6 

2 

2.410 

—  26  37  26.  6 

68.6 

2 

3.23 

2346 

O.  Arg.  N.  5930   .    .    . 

8.2 

5    22    55.  22 

72.7 

5 

+  6.751 

+  7o  15  59-8 

72.  i 

2 

+   3-23 

2347 

M.Z.  215,2  

8-5 

22    58.  76 

64.  i 

2 

2.  326 

-   29   28   36.  2 

68.6 

2 

3-23 

2348 

M".Z.  215,3  

8.4 

23    4-  76 

64.1 

2 

2.  326 

-    29   28      1:4 

68.6 

2 

3-23 

2349 

Riimker  1450   .... 

8.0 

23  '3-49 

63.1 

2 

3-732 

+  26  34  32.4 

61.6 

4 

3-20 

2350 

27C  I 

DM.  —o°,  975     .    .    . 
x    Aurigre      

9.0 

A      C 

23    21. 
c    21    37    O3 

68.8 

? 

3.062 

-L      2.  QOO 

—    o  26     7.0 

4-    32      ^      4.  6 

70.1 

7O    I 

2 
2 

3.18 

_L        7     17 

•^JS1 
2352 

27C  t 

O.  Arg.  S.  4003    .    .    . 
I  in  Tauri         .    .    . 

^     J 
8.5 

6  s 

J       J    Jt  •  ^J 

23  44-  25 

24      O    42 

65.6 
6c  -t 

o 
2 

7 

1       J-  y^^ 

2-303 

i    CIA 

1       J*"        J        *t*  " 

-  3°  13  5°.  3 
|-  1  8  29  1  1.  6 

/ 

66.2 

7O   O 

2 

2 

1            O'   *  / 

3.16 

7.     12 

^JJJ 
2354 

M.  Z.  220,  25     .... 

V.    J 

8.  i 

T-              '   T"* 

24  42.  86 

j  j 

64.5 

J 

2 

J'  J  mtr 

2.352 

-  28  32  52.8 

/      " 

67.6 

2 

O'    *  ' 

3.08 

2355 

2ic6 

Weisse  V,  603      .    .    . 

9.0 
2.  ; 

24  5i-3i 
$  24  <;  i  .  i  ; 

7°-3 
<;6.  2 

8 
1  04. 

3.063 

-1-    ^  .  06  J 

-    o  23  29.3 

•      O   24   22.  2 

47-' 
40.  \ 

2 

C7 

3.06 

4-     3.06 

*JJ1-' 
27C7 

1  20  Tauri     

j 
6.  o* 

J          T^     J          OJ 

2C    IO.  To 

j 

67.2 

-*  t 

2 

1       J'  "*FJ 
^.  112 

4     18  26  11.5 

*T.7'   O 

70.  o 

J/ 

2 

1           O 
7..  O2 

^Jj/ 

2358 

Lalande  10426     .    .    . 

7.0 

J        :/    jy 

25  27.99 

/ 

67.1 

2 

O    J 

3.070 

-    o    5  33.5 

68.  i 

2 

J 

3.01 

2359 

M.  Z.  220,  26   .    .    .    . 

7-7 

25  32.  09 

67.  o 

2 

2.350 

—    28   38   28.  I 

68.2 

2 

3.00 

2360 

B.  A.  C.  1736   .... 

6.0 

25  41.78 

6O.  2 

2 

4.521 

+  47  37    2.8 

54-2 

3 

2.99 

62 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


-a' 

Mean  Right 

M 

rt 

0) 

i 

"n?       O 

Mean 

L-r 

rt 

CJ 

"o 

•a  .1  d 

1 

Name  of  Star. 

'c 

Ascension, 

"o 

1       |     g 

Declination, 

^0 

0     |    g 

s 

1 

1  860.0. 

rt 

OJ 

o 

<      U      " 

1  860.0. 

rt 
OP 

<  s  " 

1 

i 

~ 

^ 

SH 

h.  m.      s. 

S. 

0         /           // 

,, 

2-261 

8-5 

5  25  54.  85 

64.  i 

4 

+  2.  759 

-   13   19  33.  I 

56.   I 

,, 

4-      2.  Q7 

2762 

Anonymous                .    . 

8.0 

26   14.  7Q 

70.  o 

2 

2.  946 

—    5  26  36.6 

7C     I 

J// 
2.  92 

•"f  /  y 

/ 

/  J 

2767 

2.8 

26  33.  40 

56.2 

35 

2.  O44 

—  17  55  30.  5 

56.  2 

6 

2.  Q2 

*J",> 
2764. 

121  Tauri     

5-  5 

26  54.  II 

61.  i 

2 

3.  660 

-4-  23  56  31.  7 

61.  4 

4 

? 
2.89 

*J"*r 

2365 

Weisse  (2)  V,  782  .    . 

9.0 

27     o.  94 

60.  i 

2 

3-869 

+  3'     3  21.7 

64.7 

3 

2.88 

2366 

8-3 

5    27      3.  22 

70.  i 

2 

4-  2.  940 

5  42  21.3 

74-8 

7 

4-      2.  87 

2367 

Rumker  1473  .... 

7-8 

27     3-  37 

66.4 

4 

4-  21     6  29.  i 

69.1 

O 

3 

1                  ^/ 

2.87 

2368 

DM.  4-21°,  897  .    .    . 

9-3 

27     5-59 

65.8 

I 

3-581 

4-    21     12 

2.87 

2369 

Groombridge  990     .    . 

7.0* 

27   16.53 

71.  i 

2 

4-727 

+    51    20    57.2 

73-4 

3 

2.85 

2370 

O.  Arg.  8.4060     .    .    . 

6.8 

27  19-49 

64.  i 

3 

2.442 

-    25    28       5.9 

70.8 

,; 

2.85 

2371 

Anonymous          .    .    . 

7-  5 

=;  27  28.  88 

67.  i 

2 

4-  2.  645 

—   17   S3     6.6 
7   53 

70.  i 

2 

4-     2.84 

J          1 

27  t;?.  oo 

/ 

70.  o 

I 

2.  940 

5  40  36.  i 

/   • 

67.  i 

2 

2.  80 

23y2 

2       5QQ      . 

9-  ' 

/   j  j 

28  i.  06 

/ 

65.  7 

4 

3.583 

4-  21     5  33.4 

69.6 

2 

2.  79 

2374 

B1    Orionis  (  ist*)  .... 

28  23.  38 

5 

2-945 

5  28  59.7 

67.6 

2 

2.76 

237? 

^i    Orionis  (2d*) 

28  23.  70 

71    % 

4 

2.  04^ 

5  28  49.  5 

74-  ' 

I 

2.76 

i    r  j 

•  y^j 

/ 

2376 

6'    Orionis  (3d*)  .    .    .    . 

5-5 

5  28  23.  99 

69.8 

6 

+   2.945 

5  29    8.  2 

70.1 

3 

+  2.76 

2777 

S1    Orionis  (4th*)       .    .    . 

28  24.  70 

71.  4 

A 

2.  OJ.^ 

5  29     1.8 

70.  i 

3 

2.76 

^Oi  i 

2378 

B.  A.C.  1751    .... 

5-5* 

28  24,86 

/  •      *T 

76.8 

T^ 

3 

5-994 

+  65  36  55-  3 

73-3 

4 

2.76 

2379 

B.  A.C.  1761    .... 

6.8 

28  28.48 

62.6 

2 

2.309 

-  29  56  51.7 

66.  i 

4 

2-75 

2380 

6-    Orionis  (1st*)  .    .    .    . 

5-5 

28  30.47 

69-3 

3 

2-944 

5  3°  39-  9 

71.0 

1 

2-74 

2381 

If'    Orionis  (2d*)       .    .    . 

c    28    34  O2 

73    I 

2 

4-  2.944 

—     <:  30  43.  Q 

60.  o 

2 

4-     2.  74 

4jOL 
2382 

DM.  +  26°,  873      .    . 

8-5 

J     •**     OT- 
28     46.98 

to 

69.  I 

3 

3-734 

j   j     ^j   y 

-r   26  33  43.  S 

7 
56.0 

6 

2.72 

2383 

DM.  +  26,  875    .    .    . 

9.0 

28     56.63 

65.6 

2 

3.738 

4-  26  40  32.  8 

68.6 

2 

2.71 

2384 

Lalande  10567     .    .    . 

6.8 

29       2.  32 

69.6 

4 

2-939 

-     5  43  18-8- 

66.8 

3 

2.70 

238i; 

2.  O 

20    6.  6< 

-_   , 

I  c  3 

3.  O42 

i   17  40.  3 

50.  3 

23 

2.  69 

AJ"J 
2386 

DM.  +  26°,  877       .    . 

y            j 

5  29    7.35 

69.  1 

JO 

I 

o     ^ 

—  i—   "?.  7  3.6 

+  26  37  50.  5 

67.1 

4-     2.69 

2387 

DM.  4-  25°,  888     .    . 

8.0 

29  11.48 

77-i 

I 

3-7I6 

+  25  55  20.9 

73-i 

2 

2.69 

2388 

O.  Arg.  N.  6031    .    .    . 

8.0 

29  15.56 

63.6 

6 

6.487 

+  68  47  33.  7 

67.0 

3 

2.68 

2389 

Rumker  N.  F.,  2654    . 

9.0 

29  16.  58 

74-4 

3 

3-705 

4-  25  31   12.  6 

69.  i 

2 

2.68 

23 

f     Tauri         

2.  <; 

29  16.  76 

61.  i 

2O 

3    ^82 

4-2i     3  12.6 

69.  i 

2 

2.68 

2391 

Lalande  10575,  90   .    . 

j 
6.0 

5  29  23.35 

69.4 

3 

0    J" 

+  2.939 

5  44  24.  i 

66.8 

3 

+     2.67 

2392 

DM.  —  i°,  973    .    .    . 

9.0 

29  25.  53 

64.6 

2 

3-041 

i    19  40.  i 

69.1 

2 

2.67 

2393 

O.  Arg.  S.  4102    .    .    . 

8-3 

29  49.  65 

66.2 

2 

2-  389' 

-  27   15  41.6 

67.6 

2 

2.63 

2394 

]!.  A.C.  1769    .... 

6.0* 

29  58.  98 

60.  i 

2 

4.858 

+  53  25   10.2 

54-i 

3 

2.  62 

2395 

DM.  +  26°,  882      ,   . 

9.0 

30    2.08 

65.6 

2 

3-738 

4-  26  40  24.  7 

68.  i 

2 

2.6l 

2396 

Weisse  (2)  V,  912  .    . 

7.0 

5  3°  13-92 

62.9 

4 

+  3-734 

4-  26  31  56.  9 

58.. 

»j 

4-     2.  60 

2397 

O.  Arg.  .N.  6052  .    .    . 

8.6 

30  22.  82 

63-5 

4 

6.488 

+  68  47  13.  7 

71.  i 

2 

2.58 

2398 

Lacaille  1906  .... 

7-2 

30  35.  88 

64.0 

2 

2.  287 

-  3°  37  37-  5 

68.6 

2 

2.57 

2399 

B.  A.  C.  1775  .... 

6.0* 

30  41.84 

65.6 

2 

2-343 

-  28  47  52.  5 

66.6 

2 

2.56 

24OO 

1  25  Tauri 

r     c 

31     3  6<; 

77    7 

J 

3    714. 

4-  25  48  52.  ? 

58.2 

2 

2.53 

J-  J 

j      j-  WD 

/  3'  1 

j 

O     1      T- 

I         **J      T^          J          J 

J 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

3 

>t 

5 
!S 

V- 

0 
O 

Z 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

S 

>* 

1 

•?, 

J3 
o 

«*. 
o 

o 

fc 

Annual 
Precession, 
1860. 

h.  m.      s. 

• 

s. 

0            /           // 

// 

2401 

Weisse  V,  776      .    .    . 

6.8 

5  3i     7-52 

64-5 

i 

t    3-043 

i   15  18.0 

68.6 

2 

+     2.52 

2402 

7AC11 

Weisse  (2)  V,  955   .    . 
DM  4   70°    ^60 

9.2 

31   14.92 

%I    2Q.  4^ 

67.1 
77-  ' 

i 

3-738 
6.  775 

-i    26  39  30.5 
-f  70  17  1  9.  7 

67.1 
70.  i 

2 
2 

2-5' 
2-49 

^4UJ 

2404 

O.  Arg.  N.  6082  .    .    . 

8.0 

J                 V      T  J 

ji  43-47 

68.'  i 

6 

6.756 

-f  70  n  38.  6 

66.  i 

4 

2.47 

2405 

B.  A.  C.  1  783  .    .    .    . 

6.  S 

ji   44.69 

63-1 

3 

2.368 

-  27  57  20.4 

67.6 

2 

2-47 

2406 

Lalande  10621     .    .    . 

8.0* 

5  3'  54-  7° 

74-5 

2 

+  4-  H2 

-h  38     6  34.3 

72.8 

3 

+     2.45 

2407 

I.acaille  1913   .... 

7-4 

32    5-37 

66.6 

2 

2.402 

-  26  48  15.2 

68.5 

2 

2-44 

2408 

O.  Arg.  S.  4142   .    .    . 

9.0 

32    8.92 

67.6 

2 

2.  269 

-  3'   "   25.4 

68.1 

2 

2-43 

2409 

B.  A.  C.  1786  .... 

6.0* 

32  10.92 

65.6 

»> 

2-345 

-  28  42  40.  9 

72.1 

3 

2-43 

2410 

Lacaille  1916   .... 

7.0 

32  13-25 

65.7 

5 

2.  270 

-  31     8  50.0 

67.8 

3 

2.42 

2411 

H.  A.  C.  1787  .... 

6-5 

5  32  '6-79 

62.2 

2 

+    2.343 

-  28  46  34.  9 

68.9 

6 

+     2.42 

2412 

241  1 

M.  Z.  215,6     .... 

7-3 
8.0 

32  23.48 
32  2<!.  q? 

64-5 
69.  i 

2 
2 

2.336 
2.750 

-  29     i   21.  8 

-  '3  37  52-  i 

70.2 
63.1 

2 
2 

2.41 
2.40 

*^f*  J 
2414 

Lacaille  1918  .... 

7-  i 

j       j   jj 
32  32-64 

66.5 

2 

2.387 

-  27  17  41.4 

69.8 

4 

2.40 

2415 

Lalande  10650     .    .    . 

6.0 

32  42-  27 

70.4 

3 

4-  "4 

+  38     7  17-6 

63-5 

5 

2.38 

2416 

Weisse  (2)  V,  1026     . 

8-5 

5  32  44.  62 

69.1 

2 

+  3-  588 

+  21   14  51.8 

66.7 

2 

+     2.38 

2417 

Lacaille  1924  .... 

7.0* 

32  46.  80 

68.1 

2 

2.  150 

-  34  46  23.  2 

02.  2 

3 

2-38 

2418 

Lalande  10669     .    .    . 

7.0 

32  53-47 

69.  i 

2 

3-  735 

+  26  32  18.4 

56.0 

9 

2-37 

24I<_) 

Lalande  10666     .    .    . 

6.0 

33  io.  86 

71.8 

4 

4-  "4 

+  38    7  24-7 

63-2 

5 

2-34 

242O 
24.2  1 

Weisse  (2)  V,  1064     . 

7-2 

C    o 

33  32-5' 

5-1  2    AI     72 

58.1 
46.8 

2 
i 

3-832 
4-   3.02; 

-f  29  46  37.4 

2       I     12.  6 

46.  2 

68.0 

5 

2 

2-3" 
+       2.  tt> 

2422 

DM.  +  38°,  1266    .    . 

J-  •* 

7.0 

oJ    "M  *  /  * 

33  54-66 

71.8 

•+ 

3 

I       O*  "**  J 

4.  1  20 

+  38  16  56.2 

62.1 

2 

iJ 

2.28 

2423 

Weisse  V,  874  .    .    .    . 

8.0 

34  20.  54 

59.0 

2 

2-747 

-  ij  45  3r'-6 

56.4 

3 

2.24 

2424 

2  12  £ 

Weisse  (2)  V,  1090     . 

8.0 

2.  O* 

34  26.60 

2  j.   2j.  86 

76.7 

re    ^ 

8 

n. 

4.117 

2.  171 

-j-  38  io  46.  9 
-  34    9     3-9 

75-4 
50.  o 

3 
49 

2-23 
2.  22 

***3 

2426 

Weisse  (2)  V,  1103     . 

8.8 

J~T     Jt"   '-'*-' 

5  34  37-  88 

jj~  J 

76.8 

v'4 

8 

/ 
+    4.II8 

+  38  ii  53-4 

75-8 

3 

+       2.21 

2427 

B.  A.  C.  1803  .... 

5-5 

34  39-  25 

65-4 

2 

2.  219 

-  32  42  18.  9 

66.  i 

2 

2.  21 

2428 

M.  Z.  226,  26  .... 

8.2 

35  21.27 

64.i 

2 

2.436 

-  25  34  56-  i 

67.6 

2 

2-  >5 

2429 

DM.  +  38°,  1278    .    . 

8-5 

35  25-94 

77-i 

I 

4-  H7 

i-  38     3 

2-  '5 

243° 

O.  Arg.  S.  4212   .    .    . 

6.8 

35  28.70 

63-9 

5 

2.311 

-  29  47  45-  2 

70.6 

2 

2.14 

243' 

Weisse  (2)  V,  1147     . 

8.5* 

5  35  38.43 

70-5 

5 

+  3-879 

+  31    14   "9-  i 

70.4 

3 

+       2.13 

2432 

Lacaille  1946  .... 

7-9 

35  40-48 

64.6 

3 

2.  411 

—  26  25  16.  6 

67.0 

2 

2.  12 

2433 

O.  Arg.  N.  6159  .    .    . 

7-  i 

35  56.  7° 

63-2 

9 

6.986 

-j-  71   14     6.  i 

63-2 

4 

2.  II 

2434 

B.  A.  C.  1809  .... 

6.0 

36  19.70 

65.6 

2 

2-193 

-  33  28  21.4 

67.6 

2 

2.07 

2435 

Lalande  10797     •    •    • 

8.0* 

36  24.  74 

71.0 

2 

4.083 

-|-  37  14  21.4 

69.9 

2 

2.06 

2436 

Weisse  (  2)  V,  1180  .    . 

7.0 

5  36  25.90 

59-  i 

3 

+    3.879 

+  3'   ]5  39-5 

61.  i 

4 

+       2.06 

2437 

DM.  -i   38°,  1283    .    . 

8.  i 

36  40.  1  8 

76.6 

8 

4.  114 

+  38     4  45.6 

74-7 

5 

2.  04 

2438 

O.  Arg.  S.  4237  .    .    . 

7-8 

36  47.92 

63.6 

6 

2-371 

-  27  46  36.0 

67.1 

2 

2.02 

2439 

B.  A.  C.  1812    .... 

5-8 

36  51-52 

63.2 

2 

2.  285 

-  30  36  20.4 

67.8 

3 

2.  O2 

2440 

Lacaille  1964  .... 

5-5 

i  ' 

37  M-o? 

70., 

3 

2.  149 

-  34  44  '7-5 

62.2 

3 

i-99 

64 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Riglit 
Ascension, 
1  860.0. 

5 

u 

c 

a 

1 

"5 

6 
ft 

Annual 
I'recession, 
1860. 

Mean 
Declination, 
1860.0. 

O 

3 
u 

o 
o 
o 

Annual 
Precession, 
1860. 

2441 

Lacaillc  1967   .... 

7-2 

h.    ni.        s. 
5  37  48.98 

67.1. 

2 

s. 
+  2.174 

O         /             // 

-  34     "   29.  9 

6S.  i 

., 

rr 
+      '-94 

-'442 

Weisse  (2)  V,  1235  .    . 

8.4 

37  57-  48 

76.8 

6 

4.  116 

+  38     6  49.  9 

77-  " 

I 

'•93 

2443 

B.A.  C.  1817    .    .    .    . 

6.0 

38    7.46 

61.9 

2 

2.  191 

-  33  29  28.  7 

66.6 

2 

1.91 

2444 

•  Lalande  10871     .    .    . 

6.5 

38  34-79 

69.  i 

2 

4.  008 

+  35     6    8.2 

65.8 

3 

1.87 

2445 

O.  Arg.  S.  4264     .    .    . 

7.0 

38  39-72 

67.1 

2 

+    2.374 

-  27  36  30.  9 

68.6 

2 

+     1.86 

2446 
2447 

O.  Arg.  S.  4263     .    .    . 
129  Tauri     ....... 

7-7 
6.  o* 

5  38  39-8. 

68.9 

62.  o 

5 
e 

2.567 
3.448 

20  45  33.  8 

4-    I  ^    4^   4O.  4 

67.6 
58.  7 

2 

5 

1.86 
i.  86 

TTV 
2448 

M.  Z.  9<I,  7     . 

8.0 

38  43.  86 

64.  7 

j 

O'  *T*T" 
2.  282 

i            *  J       TJ      ^  J      T^ 

"  30  40  25.  8 

67.6 

2 

1.86 

*.*t*tw 
2449 

Anonymous  ..... 

9.0 
6.0 

38  47- 

1Q    14.  77 

"-T1     / 

60.  I 

4 

2.567 
I.  4.1  C 

—  20  47     4.  6 

•-    14    25    57.  2 

/ 

69.1 
66.6 

2 
2 

1.85 
1.82 

245' 

O.  Arg.  8.4282     .    .    . 

S.o 

jy     T^  /  / 
5  39  28.  26 

63-9 

J*  T'      J 

+   2.488 

-    23    41    22.  9 

67.1 

2 

+     '-79 

2452 

Weisse  (2)  V,  1296  .    . 

7.0 

39  41.84 

69.  I 

2 

4."38 

+  38  4"    "4-6 

46.2 

3 

i-77 

2453 

O.  Arg.  S.  4294     .    .    . 

7-3 

39  57-57 

64.  I 

2 

2-377 

-   27   32  37-9 

68.0 

2 

'•75 

2454 

Lacaille  1977  .... 

7-  i 

39  58.  23 

63-9 

5 

2.248 

-  3"  43  43-8 

71.6 

4 

"•75 

2455 

Lalande  10935     •    •    • 

8.0 

39  58.43 

69.  I 

2 

3-  832 

+  29  4"   49-  i 

46.  2 

I 

"•75 

2456 

Weisse  (2)  V,  1301  .    . 

7-5 

5  40     i  .  69 

69.  I 

2 

+  4-  137 

+  38  38  46.  7 

46.  2 

2 

+     "-74 

2457 

Weisse  (2)  V,  1325  .    . 

8.0 

40  20.  50 

69.  I 

2 

3-83" 

+  29  40  31.8 

46.2 

3 

1.72 

2458 

Lacaille  1978   .... 

7-1 

40  25.53 

63.3 

4 

2.487 

-  23  42    5-7 

67.1 

2 

1.71 

2459 

2460 

Riimker  1576  .... 
K     Orionis  

9.  2 

4.  O 
•  w 

40  49.  41 
4"     7-  "4 

65." 
53-  ^ 

t 
f> 

3.653 

2.  844 

+  23  34  34-4 
9  43  21.  i 

68.  i 
(.1.6 

2 

8 

1.68 
1.64 

. 

*    ^^T" 

J 

'  "  J 

2461 

DM.  +  23°,  1072    .    . 

8.5 

5  4"   ".05 

67.1 

2 

+  3-  656 

+  23  39  37-9 

69.  i 

2 

+  ".64 

2462 

DM.  4-  25°,  998  ... 

9-2 

41    22.  10 

63.  6 

6 

3-7"6 

'+  25  47  46.  5 

69-4 

3 

.    ..63 

2463 
2464 

Weisse  V,  1034    .   .    . 
Lacaille  1987   .... 

9.  o* 

7.0 

41    22.71 
41    26.  26 

74-7 
62.1 

3 

3-303 
2-335 

+     95°  35-  5 

-    28    56    23.  2 

?"•  " 
66.6 

3 

2 

".63 
1.62 

2465 
2466 

Weisse  V,  1045    •    •    • 

8.0 
c.  c* 

5  41  29.  61 

66.0 

71    1 

* 

2-750 
+  4.  086 

-  >3  3*  4"-  5 

4-     37    1  1    4O    2 

67.9 
47.  I 

4 
2 

1.62 
+     1.62 

2467 

Lacaille  1990   .... 

J      J 

6.0 

4"  36.5° 

i       j 

63.0 

6 

2.342 

T       J/         J    t     • 

--  28  41  31.  i 

If  y   • 

67.6 

2 

1.61 

2468 

2460 

Lacaille  1991    .... 
Anonymous 

7.6 
8.  5 

4"  47-  "4 

42        <\    OI 

63.5 

*\Q.  I 

2 
2 

2.388 

2,  747 

-  27  ii  11.4 

I  1    42     l6.  Q 

68.6 
60  i 

2 

2 

"•59 

I.  tj7 

T     J 

2470 

DM.  +  71°,  329.    .    . 

9.2 

r  *        j«  vi 

42  16.  52 

65-4 

3 

7.082 

+  7"  36  44-5 

wy.    » 

70.  1 

2 

"•55 

2471 

DM.  +  71°,  330.    .    . 

8.8 

5  42  18.28 

66.0 

2 

-|-  7.  loo 

+  7"  4'     9-8 

70.1 

2 

+     "'55 

2472 

O.  Arg.  N.  6250   .    .    . 

8.9 

42  19.25 

64.0 

8 

7.064 

+  7"  32     ".3 

62.6 

3 

"•55 

2473 

B.A.  0.1851    .    .    .    . 

6.0* 

42  20.  01 

64.  2 

4 

3.303 

+     9  49  30.  6 

70.7 

5 

"•54 

2474 

Lacaille  1993   .... 

6.5 

42   22.  63 

67.8 

3 

2.113 

-  35  43  39-9 

70.8 

3 

1-54 

2475 

DM.  +  25°,  ion     .    . 

9-  " 

43  4'.86 

64-3 

3 

3.716 

+  25  45  23.  i 

69.  I 

2. 

..43 

2476 

2477 

0.  Arg.  S.  4355  .   .    . 
B.  A.  C.  1860   .... 

7-9 
6.6 

5  43  58.54 

.14       2    72 

66.  i 

72    8 

5 

7 

+  2.408 

26  23  30.  o 
—  23     i     1.5 

73-' 
64  8 

2 

+     1-40 

I.  V) 

2478 

1  36  Tauri     

4c* 

(-t       *..  f  f, 

A  A      71      71 

r  *•  " 

60.8 

/ 
g 

7     760 

4-   27  34  30.  6 

"*r* 

61.  5 

*   jy 

"  *  ^5 

2479 

Riimker  1603   .... 

•  j 

^T     J  *  '   /  * 

44  46.  04 

72  6 

J'  /  "7 

-,  r6<; 

-L-    2O    1  6    34    O 

67  i 

2 

i.  33 

2480 

B.A.  0.1867    .    .    .    . 

6-5 

44  59-8l 

/  *• 
63-9 

7 

*V  J".) 

i      •**    *  w    J^    J 
+    20    15   44.0 

\j  j  .    * 

61.8 

5 

U.  S.  NAVAL  OBSERVATORY,  1845  TO   1877. 


65 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

rt 
6 

rt 

B 

1 

o 

H6 
~* 

Annual 
Precession, 
1860. 

Mean 

Declination, 
1  860.0. 

t 

1 

3 

£ 

0 

o 

fc 

Annual 

Precession, 
1860. 

h.  m.      s. 

s. 

0         /            // 

„ 

2481 

Lacaille  2015    .... 

6-5 

5  44  59-86 

67.8 

3 

4-    2.  210 

-  32  51     4-9 

6S.  i 

2 

+     >-3i 

2482 

Weisse  V,  1  143    .    .    . 

8.0 

45  n.  10 

67.9 

4 

2-743 

-  13  So  33-2 

56.8 

3 

'•3° 

2483 

DM.  4-26°,  994   .   .   . 

45  26.05 

69.  I 

2 

3-737 

+  26  28  57.9 

56.0 

3 

1.28 

2484 

248  S 

Lacaille  2018    .... 

5-5 
S.o* 

45  37-52 
46    5-  57 

65.6 
62.3 

2 
17 

2.506 

3.564 

-  22  57  50.5 
4-  20  14  46.  5 

65-1 
57-  l 

2 

8 

1.26 

I.  22 

•*"t1-'  J 

2486 

Weisse  V,  1176    .    .    . 

J 

8.0 

5  46  10.  90 

64.1 

-t-  2.724 

-  14  35  35-2 

68.7 

2 

4-       I.  21 

2487 

Lacjv.ll'  2023   .... 

6-5 

46    12.  28 

67-4 

3 

2.442 

-  25  15  21.7 

66.  i 

2 

I.  21 

2488 
2489 

0.  Arg.  S.  4395   .    .    . 
Lacaille  2033   .... 

6.6 

0.5 

46  26.  46 
46  35.00 

64-1 
64.1 

2 

4 

2.422 
2.3'7 

-  25  58  52.8 
-  29  29    9.  5 

72-3 
68.0 

4 

2 

I.  19 
I.I7 

2490 

DM.4-720,  296    ... 

46  44-  93 

72.1 

3 

7.290 

4-  72  26  17.9 

68.8 

4 

i.  16 

2491 

Weisse  (2)  V,  1534  .    . 

8.8 

I.  O 

5  45  55-97 
47  35-  60 

62.9 

56.6 

4 

221 

+  3-  736 
3-  245 

+  26  26  59.  7 
4-    7  22  39.0 

56.0 
50.2 

10 

85 

+     I-  '5 
i.oS 

2493 

Weisse  V,  1204    .    .    . 

8.0* 

47  35-  74 

59-5 

2 

2-735 

-   14     9  34.  I 

65.! 

2 

i.  08 

2494 

Weisse  V,  1200    .    .    . 

7.0 

47  37-  86 

60.  i 

3 

2.976 

•     4     5  4°-  7 

65.7 

3 

i.  08 

2495 

B.  A.  C.  iSSi    .... 

6.0* 

47  47-  83 

71.4 

3 

6.199 

4-  66  52  59.  8 

67.1 

2 

1.07 

2496 

S     Auriga;      
/t     Columba?           .... 

3-5* 

A.    C 

5  48    o.  02 

48       2.  05 

61.0 

6l.  4 

4 

2 

+  4.928 

2.  177 

+  54  '6     5-5 
-  33  50    4.  8 

58-2 
67.  i 

2 
2 

1.05 

2498 

Weisse  V,  1220   .    .    . 

T^      J 

9.0 

48  19.  27 

"J-  ^ 
69.    I 

2 

2-977 

•     4    4  53-3 

67.1 

2 

1.02 

2499 

DM.4-70,  1058    .    .    . 

9.0 

48  23.  18 

69.6 

2 

3-245 

+     7  22  17.9 

69.  i 

I 

1.02 

2500 

DM.+70,  1062    .    .    . 

9.0 

48  40.  09 

70.  o 

I 

3-  243 

+     7  27  37-  2 

68.  i 

I 

o-99 

2501 

B.  A.  €.1894    .    .    .    . 

5-8 

5  48  48.  40 

63.5 

3 

+  2.326 

-  29  10  27.4 

68.6 

2 

+     o-98 

2502 

O.  Arg.  N.  6356  .    .    . 

8.0 

48  59.07 

68.4 

8 

7.280 

4-  72  23  29.7 

71.8 

4 

o.  96 

2503 

Weisse  (2)  V,  1598      . 

8.2 

49    o.  01 

61.1 

2 

3.  611 

+  21  57  41.1 

58.  i 

2 

o.  96 

2504 

Lacaille  2048   .... 
Anonymous  

6-5 

Q.  \ 

49     3-  '  " 

49      9.  37 

62.7 
64.6 

3 

2 

2.401 
2.  333 

-  26  41  23.  3 
-  -  28  56  45.8 

68.  i 
69.6 

2 
2 

o.  96 
o.  95 

2SO6 

y   O 
3*  ° 

^7         7     31 

5  49  1  5  .  48 

S7.  7 

2 

4-  4.  404 

4-  44  55  42.0 

68.2 

2 

+     °-  94 

J 

2SO7 

139  Tauri                     . 

c    c 

4Q    I  8   4S 

311 

64.  o 

2 

•?.  722 

68.  i 

2 

O.  94 

*3    1 

2508 

O.  Arg.  N.  6362  .    .    . 

j1  j 

7-8 

*t«7     .  f  .  t  J 

49  35-98 

"-r 
6S-9 

6 

j-  /  "" 

7-334 

+  72  35  56-7 

63-3 

4 

y^ 

2509 
2SIO 

Weisse  (2)  V,  1621      . 
n     Leporis      ...... 

8.6 

49  39-  So 

"io      I.  74 

69.  I 
64.  I 

2 
2 

3-613 
2.  735 

+  22    3  50.4 
—  •  14  ii  47.  8 

67-5 

4.O-  2 

3 

O.gl 
0.87 

*o 

2511 

0.  Arg.  S.  4453    .    .   . 

7-7 

J            m*  ft 

5  5°    7-90 
so  10.  •56 

"*T*    * 

66.6 
6s.  6 

6 

2 

+  2.332 
4.086 

-  28  58  41.4 

4-  37  ii  55.  7 

*ry'  " 

72.8 
47-  3 

3 

6 

4-     0.86 
0.86 

2513 

B.  A.  C.  1879   .... 

7-4 

3V      'v-  J" 

5°  13-05 

v  J'   v 

62.0 

8 

26.  667 

+  86  45  36.  5 

7'-3 

6 

0.86 

2514 

O.  Arg.  S.  4457    .   .    . 

8.0 

5°  ij-42 

70.4 

3 

2.327 

—  29    9  39.  2 

68.1 

2 

0.86 

2515 

Mer.  C.  Z.  162,  36   .    . 

7-3 

50  14.  08 

70.7 

7 

2.  302 

-  29  56  35.5 

71.6 

4 

0.85 

2516 

DM.4-  7°,  i°68  .    .    . 

9.0 

5  50  14.  66 

71.  i 

2 

+  3-  243 

+     7  28  43.  9 

68.1 

i 

+    0.85 

2517 

Mer.  C.  Z.  162,  37    .    . 

7-7 

50  15.  86 

72.1 

4 

2.  3OI 

-  29  59  28.  i 

74-i 

3 

0.85 

2518 

2SIO 

DM.  4-7°,  1069  .    .    . 

9.0 

7.  O 

50  18.  71 
50  21.31 

72.4 
64.6 

3 

2 

3-244 
4*  ^  *)^ 

4-     7  20  58.  o 
+  47  53  16.  7 

68.6 
54.  i 

2 

3 

0.85 
0.85 

~J    y 
2520 

DM.  4-  20°,  1198     .    . 

/ 

50  28.  64 

Uf.    V 

69.  2 

2 

"s.    V  '- 

+  20    9    5.7 

56-2 

I 

0.83 

AP  1  84- 


66 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

a 
G 

S 

3 

£ 

o 
"o 
6 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

c 

rt 
u 

s, 

at 

O 
0 

£ 

Annual 
Precession, 
1860. 

2521 

Lacaille  2065   .... 

6-3 

h.  m.      s. 

5  50  43.  68 

67.6 

2 

s. 
+  2.251 

0           /           // 

-  31  33  i8-5 

72.  6 

2 

-f    o.  81 

2522 

Lacaille  2062   .... 

6.  b 

50  44.  40 

63.0 

3 

2.498 

-  23  14  15-5 

72.6 

2 

o.  Si 

5-  9 

51     4.96 

64.6 

2 

2.  256 

-  31  24  16.  i 

66.  i 

2 

0.78 

2524 

DM.  +  19°,  1160    .    . 

8.0 

51   12.  ii 

66.7 

3 

3-552 

+  19  45  So.  5 

68.4 

4 

0.77 

Lamont  1  60      .    . 

-.8 

51  24.08 

59-  3 

5 

2-733 

-    14    13   42.  2 

56.1 

2 

o-75 

2526 

O.Arg.  N.  6390   .    .    . 

S.S 

5  Si  35-42 

63.4 

9 

+  7.262 

+  72  18  25.3 

72.1 

2 

+    0.75 

2527 

O.Arg.  3.4474    •    •    • 
BAG.  1915    .... 

7-7 

5i  31-5° 
51  36. 

64.4 

3 

2.338 
2.238 

-  28  46  39,  2 
-  31  59  48.0 

70.5 
73-  i 

2 
2 

0.74 
0.73 

2529 

Weisse  (2)  V,  1686     . 

?-5 

51  43.98 

65.1 

2 

+    20      3   37.  2 

70.  6 

2 

0.72 

2530 

O.Arg.  8.4480    .    .    . 

7.-° 

51  45-56 

62.  i 

I 

2.386 

—    27    21 

•   • 

0.72 

2531 

O.Arg.  8.4481     .    .    . 

8-3 

5  5i  46-32 

64.! 

2 

+  2.335 

-  28  53  45.9 

68.  i 

2 

+    0.72 

2532 

Weisse  (2)  V,  1701  .    . 

8.0 

5i  58.62 

61.  i 

I 

3-560 

+    2O      2   31.6 

70.  6 

2 

0.70 

2533 

i  662  (ist*)    .... 

8.0 

52    8.54 

69.  2 

I 

4.061 

+    36   30   21.  O 

47-i 

I 

0.69 

2534 

S662  (2d»)     .... 

9.0 

52    9-07 

69.  2 

I 

4.061 

+    36   30    13.8 

47-i 

I 

0.69 

2535 

Weisse  V,  1335    .   .   . 

8-3 

52  27.48 

59-4 

3 

2-733 

-  14  13  16.0 

56.2 

2 

0.66 

6 

A.  C 

<    S2    14.  AO 

67.1 

3 

+   2.  126 

—  35  '8    3-  i 

66.1 

2 

+    0.65 

2537 

Lalande  11341     .    .    . 

H*  J 

9.0 

J     J*.     J°T'  *TV 

52  34-99 

/      J 

65.0 

2 

3.648 

+  23  19  42.3 

68.6 

2 

0.65 

2538 

DM.  +  19°,  1170    .    . 

8.0 

S2  36.93 

69.1 

2 

3-553 

4-  19  48  14-  2 

62.7 

2 

o.  65 

2539 

Lalande  11343     .    .    . 

8.0 

52  36-  95 

66.5 

2 

3.648 

+  23  17  39.5 

68.6 

2 

0.64 

. 

7.  I 

52  42.  67 

72-  5 

5 

2.238 

-  3'  57 

. 

0.64 

2541 

O.Arg.  3.4499    •    •    • 

/  • 

7-7 

5  52  48.  68 

64-5 

5 

+    2.  328 

—  29    7  30.  i 

69.  2 

2 

+     0.63 

2542 

Lacaille  2085    .... 

7.0 

52  50-  79 

69.4 

3 

2.154 

-  34  29  31.7 

72.7 

2 

0.63 

2543 
2544 

Weisse  V,  1368  (ist*) 
Weisse  Y,  1368  (2d*) 

8-5 
9.0 

53  39-  36 
53  39-78 

71.  i 
70.0 

6 
i 

2-739 
2-739 

'-  13  58  23.2 

68.9 

3 

0-55 

2545 

DM.  +  26°,  1039    .    . 

7-8 

53  44-  34 

70.5 

5 

3.736 

+  26  25  32.6 

6S.I 

2 

0-55 

2546 

Weisse  V,  1372    .   .   . 

8-5 

5  53  52-35 

59-i 

3 

+  2-734 

-  H  ii     9-5 

47.2 

2 

+    0.54 

2547 

Lacaille  2090  .... 

7-3 

53  54-40 

69.0 

2 

2.158 

-  34  22  17.  7 

72.1 

2 

0-53 

2548 

Weisse  V,  1378    .    .    . 

9.0* 

53  58.72 

73-8 

3 

2.738 

-  14     i  33-  i 

56.1 

2 

o.53 

2549 

Lacaille  2092  .... 

7-5 

54    5.56 

67.1 

2 

2.176 

-  33  49  53-  5 

71-7 

2 

o.  52 

2550 

O.Arg.  3.4527    •   •   • 

7-5 
4.  8 

54  37-  20 
5  54  40.  87 

64.3 

6 

4 

2.324 
+  3-298 

—  29  13    o.  9 
+    9  38  34.8 

68.6 
69.  i 

2 

2 

0.47 

+     °.  47 

2552 

Lacaille  2094  .... 

7-o 

54  41-72 

69.6 

2 

2.  123 

-  35  21  53-  8 

68.2 

2 

0.46 

2553 

RUmker  1673  .... 

8-5 

54  44.  86 

60.  i 

2 

3-732 

+  26  16  35.3 

59-Q 

II 

0.46 

2554 

Weisse  (2)  V,  1783     . 

7.8 

54  45-  «9 

62.  i 

5 

3.986 

+  34  22  21.  i 

68.2 

2 

0.46 

2555 

B.  A.  C.  1930   .... 

7-5 

54  47-  So 

60.6 

2 

3-498 

+  '7  39  42-9 

62.8 

3 

0.46 

2556 

Weisse  (2)  V,  1795  .  . 

7.0* 

5  54  50.40 

72.6 

4 

+  3-  739 

+  26  31  36.4 

65.1 

2 

+     0.45 

2557 

O.Arg.  3.4534    .    .    . 

7.6 

54  57-40 

64-3 

6 

2-364 

-  27  53  47-o 

67.7 

2 

0.44 

2558 

Riimker  1680  .... 

8-5 
1  q.o* 

55    9-44 
55  10.  16 

67.4 
60.9 

3 

5 

3-735 
3-  550 

+  26  21     5.4 
-\-  19  41  20.  6 

57-5 
60.  i 

13 

5 

0.42 
0.42 

2560 

B.A.C.  1935  .   .   .   . 

J'  v 

6.5 

55  26.  28 

71.8 

3 

4.115 

+  37  57  56.4 

47.0 

7 

0.40 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


67 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

8 

a 

rt 
V 

3 

4 

lM 

o 

0 

fe 

Annual 
Precession, 
1860. 

Mean 

Declination, 
1  860.0. 

U 

g, 

fi 
rt 
u 

o 

IM 

O 

Z 

Annual 
Precession, 
i860. 
^^v 

h.  m.      s. 

s. 

o       /       // 

„ 

2561 
2^62 

Lacaille  2096  .... 
Y<    Orionis      . 

6.6 

5  55  3'-93 

ce    7.6    l6 

63.1 
62.6 

4 

c 

+  2.430 

-  25  25  22.9 

-f-  20    8  1  6.  o 

65.6 

61.  4 

2 

+     0.39^ 

*3*r« 

i   Oeminorum  

<;.  o 

jj    j^'  Jw 

cc  7.6  66 

61.3 

J 

8 

36.17 

-j-    2T,    1  6      O.  Q 

6  1   o 

' 

o  78 

2564 

B.  A.  C.  1941    .... 

j' 
6.0 

JJ      Jw  '-"-' 

56  11.79 

63-4 

2 

•  U4V 

2-173 

-  33  54  54-  o 

VA*  y 

67.4 

3 

U.  JO 

0-33 

2565 

Lacaille  2105    .... 

7.0 

0.  O 

56  19.87 

5  56  30.  39 

66.8 
62.4 

3 

2.380 

+    7     ?OO 

-  27  21  35.5 

_L    77    72    c6   A 

62.2 
69.  I 

2 
2 

0.32 

2567 

Lacaille  2107   .    .    .    . 

V' 

7-o 

56  33-  38 

66.8 

3 

/*  jyy 

2-378 

1           1  J       J            J       '    T" 

-  27  25  34.  1 

65-2 

2 

0.30 

2568 

Lalande  11471     .    .    . 
40  Aurig£e              . 

6.0 
6.  o* 

56  46.71 

69.1 
^o.  6 

2 
2 

4.022 

4.    I  ^  ^ 

+  35  24  20.4 

L     7§    2Q    26     3 

47-  i 

C/l     I 

3 

0.28 

O   27 

2570 

13.  A.  C.  1946    .... 

5-8 

57  37-  19 

63.4 

4 

2.412 

—  26  17  13.  i 

34-  ' 
66.6 

2 

O.  21 

2571 

Riimker  1700  .... 

7.0 

5  57  40.  50 

69.1 

2 

+  3-  739 

+  26  31  59.5 

66.6 

2 

+      0.  2O 

2572 

DM.  +  73°,  318      .    . 

9-2 

57  45-47 

63.7 

7 

7.609 

+  73  34  S3-  2 

69.  i 

2 

o.  20 

2573 

Weisse  V,  1479   .    .    . 

7.0* 

57  49-  73 

66.1 

5 

2-737 

-  14    4  56.9 

50.2 

3 

o.  19 

2574 

B.  A.  C.  1947    .... 

6-5 

57  54.46 

69.  i 

2 

4.  1  20 

-f-  38    5  31-7 

65.1 

3 

o.  18 

2575 

2C76 

Lalande  11513     .    .    . 
Anonymous  

6.5 

Q   O 

57  58.22 
5  58    4.  04 

62.2 

3 

2 

4.054 

1      2    7  18 

+  36  17    0.2 

66.1 
68.  i 

2 
2 

o.  18 

4-       0    17 

•*O/  u 

2577 

Weisse  V,  1487    .    .    . 

y.  w 

8.0* 

58  u-93 

72.8 

4 

2.738 

-  '4     i  39-2 

52.5 

5 

t       **  *7 

o.  16 

2578 

DM.  +  20°,  1259  .    . 

8.5 

58  23.  67 

73-6 

8 

3.562 

+  20    6  49.  o 

64-3 

3 

o.  14 

2579 

Lalande  11528     ... 

6.6 

58  29.  37 

62.3 

4 

4.  046 

+  36    4  40.  4 

62.2 

2 

0.13 

2580 

Weisse  V,  1500   .    .   . 

7.8 

58  30.62 

73-' 

2 

2.736 

-  14    6  49.  o 

47-2 

^ 

0.13 

2581 

Lalande  11529     ... 

6.5 

5  58  35-37 

69.  i 

2 

+  4.116 

+  37  59  41-5 

66.4 

3 

+      0.  12 

2582 

Weisse  (2)  V,  1923     . 

9.0 

58  55.89 

77-i 

2 

4-  "5 

+  37  58  28.  7 

75-i 

i 

O.O9 

2583 

DM.  +20°,  1266    .    . 

8-5 

59     i-53 

77-i 

2 

3-562 

+  20    7  44.6 

75.2 

2 

0.08 

2584 

Lacaille  2124  .    .    .    . 
Anonymous  

5-5 
8.  8 

59    7-92 

en      Q    c  i 

68.1 
64.  4 

3 

2.231 

2    ^4.3 

—   32    IO    17.  2 

28  35  13.6 

68.  i 

71     I 

2 
2 

0.08 

o.  08 

2586 

M.  Z.  220,51    .... 

7.8 

jy    QO* 
5  59  10.98 

64.4 

5 

+  2.343 

-  28  36  40.  8 

/*•  • 

68.1 

3 

+      0.07 

2587 

O.Arg.  8.4613    .   .   . 

7-7 

59  12.80 

62.8 

4 

2.360 

—  28    3  12.8 

65.! 

2 

O.O7 

2588 

DM.  +  20°,  1270    .    . 

8-5 

59  18.65 

77-  i 

2 

3-564 

+    2O   12 

.    . 

O.O6 

2589 

Riimker  1717  .    .    .    . 
i>     Orionis      

9.0 

4c 

59  27.36 

CQ    IA    76 

65-1 
61  .  4 

3 
61 

3.426 

+  14  48  43.  4 

+     14.    4.6    1  1     Q 

69.  i 
60.2 

2 

6 

0.06 

o.  04 

2591 

Weisse  V,  1530    .    .    . 

•  J 

6.0 

Jy    JT"  /u 

5  59  42.  24 

59-' 

2 

+  2.974 

i  *f  4-"  o  *  •  y 
-    4  10  57-7 

68.7 

2 

+   0.03 

2592 

Weisse  (2)  V,  1980  .    . 

8.8 

59  46.  9° 

69.2 

2 

3-724 

+  25  58  51.8 

69.  i 

2 

o.  02 

2593 

O.Arg.  3.4625  (ist*) 

7-6 

59  56.  69 

76.1 

2 

2.341 

-  28  39  56.  4 

67.1 

2 

0.  OI 

2594 

O.Arg.  8.4625  (2d*) 

59  56.  88 

76.1 

I 

2.341 

-  28  40 

.   . 

O.  OI 

2595 

O.  Arg.  N.  6525  .    .    . 

9.0 

59  56.  88 

74-6 

2 

7.660 

+  73  45     9-  8 

69.  i 

2 

O.  OI 

2596 

Lacaille  2126   .    .    .    . 

6-5 

5  59  59.38 

66.6 

2 

+  2.472 

-  24  ii     7.3 

68.2 

2 

o.  oo 

2597 

2<;g8 

Lacaille  2130  .    .    .    . 

5-8 

7      ^ 

6    o  42.  18 

O   5O.  21 

67.1 

69.    I 

2 
2 

2.308 
2.488 

-  29  44  45.  o 

73-0 
67.  i 

4 
2 

0.06 
o.  07 

jy 

2599 
2600 

Lacaille  2131    .... 
3     Geminorum  

/  '   J 

7-o 
6.0* 

I       1.46 

65.6 
60   j 

2 

2.451 

364.1 

-  24  54  56.  8 

\*  i  .  » 
67.9 
58  i 

3 

2 

•  "/ 

0.09 

O.  1  1 

WWi    J 

•  *-"tJ 

j". 

68 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 
1 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

!• 

rt 
V 

^ 

rt 
B 

% 

1 

<_ 
o 

d 
Z 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

C 

rt 

£ 

C 
rt 
<L> 

*£. 

1 

<M 

O 

6 
Z 

Annual 
Precession, 
1860. 

2601 
2602 

DM.  +  31°,  1217     .    . 
O.  Arg.  S.  4680    .    .    . 

8-5 
7-8 

h.  m.      s. 
6     I   21.07 

2     6.  13 

72.1 
64.  i 

2 
2 

+  3S889 
2.281 

0         /            // 

+    31    26    32.  2 

-  3°  36  38-4 

75-i 
68.7 

i 

2 

// 

0.  12 

o.  18 

2603 

DM.  +  31°,  1222     .    . 

.   . 

2     6.98 

76.1 

3 

3.881 

+  31     9  47-4 

72.2 

2 

o.  18 

2604 
260? 

Lalande  11684     •    •    • 

7.6 
6.0 

2  n-53 
2  21.  33 

63-9 
69.  i 

4 

2 

3-725 
1.856 

+  26     2  14.5 
—  -  42  16  58.  4 

60.  9 

66.6 

5 
2 

o.  19 
o.  20 

AWJ 

2606 

Lacaille  2151   .... 

7.0 

6    237.88 

66.8 

3 

•f-  2.090 

—  36  17  29.  6 

68.4 

3 

0.23 

2607 

\Veisse(2)  VI.I2    .    . 

8.0 

2  38-  95 

65.5 

5 

3.882 

•f  3'  "  5'-7 

59-3 

6 

0.23 

2608 

Weisse  VI,  44  .... 

7-5 

2  46.  71 

59.1 

3 

2.738 

-    14      2    41.7 

56-1 

2 

o.  24 

2609 

Lalande  11714     .    .    . 

8-5 

3    3-25 

64-3 

5 

3.725 

+  26    o  39.  5 

57-Q 

3 

0.27 

2610 

DM.  +  31°,  1226    .    . 

8-5 

3  n-94 

69.  i 

3 

3.890 

+  31  27    1.9 

71.  i 

3 

0.28 

2611 

Weisse  VI,  55  .    .    .    . 

8.7 

6     3  12.23 

68.7 

5 

+  2.850 

9  24  38.  o 

70.  i 

2 

—   0.28 

2612 

DM.  +  31°,  1227     .    . 

8.8 

3  21.06 

70.8 

4 

3.889 

-f-  31  26  21.  9 

71.7 

2 

o.  29 

2613 

22  Camelopardi     .... 

5-5 

3  24-  83 

67.1 

2 

6.622 

+    69   21    42.  O 

71.8 

13 

0.30 

2614 

Weisse  VI,  73  .    .    .    . 

8.2 

3  45-6o 

69.4 

3 

2.852 

9  19  50.0 

69.  i 

2 

°-33 

2615 

Lacaille  2159    .... 

6-5 

4   II.  12 

62.  i 

2 

2.  4OO 

-  26  40  41.  i 

65.6 

2 

0-37 

2616 

Lacaille  2163   .... 

7.0 

6    4  12.  17 

64.  i 

4 

+    2.269 

-  31     °     5-3 

67.1 

2 

—    0.37 

2617 

Weisse  (2)  VI,  79   .    . 

9.0 

4  25.49 

62.3 

5 

3.890 

+  31  26  33.  5 

73-9 

3 

°-39 

2618 

DM.  +  22°,  1226    .    . 

8-5 

4  26.  10 

67.1 

2 

3.626 

+  22  29  34.  5 

68.1 

2 

o-39 

2619 

Lacaille  2166  .    .    .    . 

7-3 

4  44.50 

62.  2 

2 

2.307 

-  29  47  38.  7 

66.1 

2 

0.41 

2620 

B.  A..  C.  1995  .... 

7-5 

5    °-44 

62.7 

4 

2.387 

-  27     7  32.  5 

64.6 

2 

0-44 

2621 

B.  A.  C.  1994  .... 

5-o* 

6    5     3.  10 

68.4 

3 

+  2.919 

6  31   17.5 

54-1 

2 

0.44 

2622 

Her.  C.  Z.  84,  19     .    . 

5    6.  02 

76.1 

2 

2-375 

-  27  33 

•    • 

0.45 

2623 

Lacaille  2178  .    .    .    . 

6-5 

5  31-66 

65.0 

2 

2-143 

-  34  47  24.  4 

68.1 

2 

0.48 

2624 

B.  A.  C.  1997  .... 

6.6 

5  36-  59 

63.8 

3 

2.407 

—    26    27    12.  2 

66.1 

2 

0.49 

2625 
2626 

Lacaille  2177    .... 
Anonymous       .... 

6.7 

Q.  O 

5  53-26 
6    6    7.  16 

67.4 
76.6 

3 
4 

2.390 

-}-    2.  4OO 

-    27       I    41.3 
-    26   40 

66.8 

3 

0.51 
-    o.  54 

2627 

Lacaille  2183   .... 

7* 

7.0 

6  10.58 

/ 

65.6 

2 

2.  176 

-  33  50  31.0 

66.1 

2 

o-54 

2628 

Mer.  C.  Z.  163,  46  .    . 

9.0 

6  10.  64 

74.8 

7 

2.4OO 

-  26  42    7.  i 

67.1 

2 

°-54 

2629 

2670 

Weisse  (2)  VI,  136  .    . 
n    Geniinorum  ..... 

9.0 

4.  O 

"6  10.  76 

6  25.  62 

70.0 
62.  ? 

2 
VI 

3.891 
3.627 

+  31  3°  32.4 

-}-    22    32    36.  2 

70.4 
61.2 

3 

7 

0.54 
o.  56 

wtvyj 

2631 

26^2 

DM.  +  40°,  1533    .    . 
K.    Aurigse      ...        . 

If.    V 

8.5 

4.0* 

6    6  25.  75 
6  27.  ^8 

rm»   j 
6O.    I 

*Q.6 

31 
I 

6 

+  4-  232 
3.830 

+  4°  57  5°-  8 
-f-  29  32  43.5 

68.2 
55-9 

2 

7 

—    o.  56 
o.  57 

2633 

DM.  +  38°,  1432     .    . 

*T*  v 

•*•/      J" 

6  28.  13 

jy 

69.  i 

2 

4.150 

+  38  53  iS-9 

74-9 

3 

o-57 

2634 

26  ic 

Lacaille  2180  .    .    .    . 

6.8 
<;.  ? 

6  29.  01 
6  16.61; 

65.7 

6-1.8 

3 

-3 

2.420 

-j-  3.  537 

-    26       I       7.  2 
+    19    II    58.O 

67.7 
70.  4 

2 

3 

0-57 
0.58 

•^UOJ 

2636 

j'  j 

Q    2 

W       J««     VJ 

6     6  4.0. 

**J*  ** 

O 

-1-   2.  374 

—  27  33  34.  7 

69.  I 

2 

—    o.  57 

2637 

B.  VI,  6\  20   .... 

y  m 

6-5 

**     *•  I™" 
7    8.82 

66.8 

4 

1              0  1  ^ 

2.370 

-  27  4i  32.3 

68.3 

4 

J  1 

o.  62 

2638 

B.  VI,  6",  21    .... 

6.8 

7  10.36 

68.0 

3 

2.370 

-  27  42  41.0 

68.3 

4 

o.  63 

2639 

B.  VI.  6>>,  22   .    .    .    . 

7-2 

7  23.00 

66.8 

4 

2.370 

-  27  41  59.6 

70.1 

2 

0.65 

2640 

Weisse  (2)  VI,  168  .    . 

8.0 

7  27.04 

62.3 

3 

4.23I 

+  40  55  48.  8 

64.6 

2 

o.  65 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


69 


Number. 

i 

Name  of  Star. 

n 

Mean  Right 
Ascension, 
1  860.0. 

1 
8 

1 

6 
fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

I 

r. 

1 

"5 

1 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /              // 

,, 

2641 

Lacaille  2189   .    .    .    . 

6.8 

6     7  3°.  '3 

63.8 

4 

+  2.348 

-  28  25  45.  3 

66.  i 

2 

-    0.66 

2642 

Lacaille  2190   .    .    .    . 

7-2 

7  58-22 

64.1 

3 

2.482 

-  23  49  45.  8 

64.  i 

2 

o.  70 

2643 

5   Monocerotis      .... 

5.0 

8     1.72 

69.  i 

2 

2.  926 

•     6  14    6.5 

56.2 

2 

0.70 

2644 

Lacaille  2195    .... 

7-o 

8     8.70 

62.2 

3 

2.32O 

—  29  21  29.  8 

62.2 

3 

0.71 

2645 

O.  Arg.  N.66&2   .    .    . 

7-7 

8     9.84 

63.8 

6 

7-581 

+  73  29  35-5 

65.0 

3 

0.71 

2646 

O.  Arg.  8.4851     .    .    . 

8-5 

6     8  59.31 

67.4 

3 

+    2-341 

-  28  36  15.8 

67.1 

2 

•    0.79 

2647 

Lacaille  2198  .    .    .    . 

7-o 

9     6.33 

66.  i 

2 

2.  3'4 

-  29  33  53.  i 

65.6 

2 

0.80 

2648 

B.  A.C.  2014    .    .    .    . 

6.5* 
5-  o 

9  11-17 

0   23    55 

71.8 
68.1 

3 

3 

4-014 
3.307 

+  35  "  28.9 
+     9  59  21.  6 

65.2 
70.  7 

2 

4 

o.  81 
0.82 

2650 
265  1 

O.  Arg.  S.  4861     ... 
M  Z.  98,  i    

8.0 

Q.  O 

V    -*J.  JJ 

9  26.87 
6     9  30.  47 

66.6 
66.6 

2 
2 

2.340 

+    2.  356 

-  28  42     1.7 
-  28  10    7.  i 

67.1 
68.2 

2 
2 

0.82 
-    0.83 

2652 

B.  A.C.  2021     .     .     .     . 

7 

5-5 

9  31-65 

72.8 

4 

4.016 

+  35  15  28.9 

65.  2 

2 

0.83 

2653 

B.  A.C.  2023    .    .    .    . 

6.5 

9  34-  36 

69.  2 

2 

3.762 

+  27  15  36.0 

58.1 

2 

0.84 

2654 

Weisse  VI,  264    .    .    . 

9.0 

9  34-79 

59.0 

4 

2.729 

-  H  23    6.5 

56.1 

3 

0.84 

2655 

Lacaille  2200   .... 

7-2 

9  36-  55 

62.2 

3 

2.322 

-   29    19    21.  2 

62.2 

2 

0.84 

2656 

Lalande  11959     .    .    . 

7.0 

6  10    4.  82 

71.8 

3 

+  4-  134 

+    38    29    II.4 

66.  i 

3 

0.88 

2657 

B.  A.C.  2027    .... 

6.6 

10  33-  78 

63-1 

2 

2.309 

-  29  44  37.  7 

70.  6 

4 

0.92 

2658 

2659 

Lacaille  2208   .... 
K     Columbia   

7-3 
5-  ° 

ii  25.84 
1  1  34.  26 

67.5 
76.  I 

3 

2 

2-475 

2.  134 

-  24     i   29.  i 
-  35     5  45.9 

64-5 
75-  ' 

3 
3 

I.  00 
I.  01 

2660 

Lacaille  221  1    .... 

6-5 

"  38.77 

70.  o 

3 

2-395 

-  26  53    5.3 

67.  i 

4 

1.  02 

2661 

Weisse  VI,  334    .    .    . 

8-5 

6  ii  50.43 

69.  I 

2 

+    2.732 

-  14  16  52.4 

56.1 

2 

—   1.03 

2662 

Weisse  (2)  VI,  301  .    . 

7-6 

12     5-36 

63-1 

2 

4.383 

+  44  28  13.  i 

65.2 

2 

1.05 

2663 

Lalande  12053     •    •    • 

7-5 

12    9-73 

72.6 

6 

3.588 

+    21       8   46.8 

69.8 

5 

1.  06 

2664 

Weisse  VI,  348    ... 

8.0 

«2    13-37 

62.4 

3 

2-731 

-  14  18  27.  2 

56.1 

2 

1.07 

1665 

DM.  +  31°,  1274     .    . 

12    28. 

3.881 

+  31   I2  53-9 

70.1 

I 

1.09 

2666 

Weisse  (2)  VI,  328  .    . 

7-5 

6  12  43-75 

68.5 

2 

+    3-906 

+  32    o  19.9 

62.0 

2 

I.  II 

2667 

Anonymous  

9-5 

12  46.43 

66.6 

2 

2-334 

-  28  55  27.6 

68.  i 

2 

I.  II 

2668 

B.A.  C.  2038    .    .    .    . 

7-0 

12    52.06 

60.4 

3 

3-590 

+  21   ii  23.5 

66.2 

2 

!-'3 

2669 

B.  A.  C.  2039    .... 

6.5 

12    59.41 

60.  i 

3 

3-591 

-}-    21    15    29.8 

66.7 

2 

1.  14 

2670 

Lacaille  2219   .... 

6-7 

13    12.  40 

62.7 

2 

2.451 

-  24  57  30.9 

66.  i 

2 

1.15 

2671 

Weisse  (2)  VI,  354      . 

8-3 

6  13  21. 

+  3-592 

4-  21   18    4.  4 

67.! 

I 

—     i.  16 

2672 

Lacaille  2220   .... 

7-  i 

13   32.OI 

62.7 

2 

2.452 

-  24  55  ii.  8 

66.  i 

2 

1.18 

2673 

O.  Arg.  S.  4961     .    .    . 
it     Geminorum       .    . 

7-3 

13  43-  23 

66.6 
61.  i 

2 

2-334 
3-627 

-  28  57  34.  5 

4-   22   34   ?4.  8 

68.  i 
54-  ' 

3 
27 

i.  20 

i.  27 

2675 
2676 

Lacaille  2226   .... 
Anonymous 

8.0 

9O 

14  46.77 
6  14  54.  12 

67-5 
69.6 

3 
2 

J.    V*,f 

2.490 

f-    2.  316 

••-  j*t  j*t'  " 
-  23  34  33-o 

—  29  34 

67.0 

3 

1.29 
1.30 

2677 

M.Z.  229,  20   .... 

•  ** 

8.  i 

H  54-  59 

7 

72.9 

4 

2.  316 

-  29  33  18.  2 

72-3 

8 

1.30 

2678 

Lalande  12134     ... 

6.8 

14  56-  54 

69.  l 

2 

4.092 

+  37  23    0.8 

66  5 

3 

1.30 

2679 

Weisse  VI,  446    .   .    . 

8-3 

15  '7-95 

73-  i 

2 

2-731 

-    14    2O    13.  2 

56.1 

2 

i-34 

2680 

Lacaille  2232   .... 

6.8 

15  31-83 

72.8 

4 

2.  3'4 

-  29  36  23.  7 

74-4 

4 

1.36 

CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude.  1 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

JJ 

o 

lM 

O 

o 

fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 

>, 

1 

1 

lM 
O 

O 

£ 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0            /            // 

// 

2681 

Weisse  (2)  VI,  421  .    . 

9-3 

6  15  59-05 

62.2 

2 

+  4-  381 

+  44  27  58.9 

65.6 

2 

1.40 

2682 

Lalande  12173     •    •    • 

7.0 

16    6.  70 

69.  I 

2 

4.  nS 

+  38     7  14.0 

47-2 

2. 

1.41 

2683 

8     Monocerotis      .... 

S-S 

16  21.03 

66.6 

2 

3.181 

+     4  39  37-  3 

66.8 

4 

1-43 

2684 

B.  A.  C.  2060   .... 

7-5 

16  21.38 

66.6 

2 

3.181 

+     4  39  49-  3 

68.1 

2 

i-43 

2685 

Lalande  12237     .    .    . 

8.8 

17  27.73 

70.  i 

4 

3-7'° 

+  25  35     6.9 

57-5 

2 

1-53 

2686 

Lacaille  2254   .... 

6.8 

6  18    6.30 

66.6 

2 

+  2.309 

-  29  47  27.  6 

66.1 

2 

1-58 

2687 

O.  Arg.  N.  6887    .    .    . 

7-7 

18  17.09 

69.1 

2 

4-473 

+  46  25  58.  5 

65.2 

2 

i.  60 

2688 

B.VI.  +24°,  1265  .    . 

1  8  20.39 

73-8 

3 

3-674 

+  24  18    9.3 

57-0 

3 

i.  60 

2689 

Lalande  12318     ... 

8.0 

1  8  39-  54 

59.0 

2 

2.729 

-  14  25  42.8 

55-2 

3 

1-63 

2690 

O.  Arg.  N.  6864  .    .    . 

9.0 

1  8  40.05 

71.7 

3 

8.612 

+  76  28  25.6 

64.7 

2 

1.63 

2691 

B.  A.  €.2069    .    .    .    . 

6.0 

6  18  41.33 

76.6 

6 

+  9-394 

+  78     5  47-o 

73-3 

4 

1.63 

2692 

Tr.  Z.  154,6     .... 

9.0 

19    o.  70 

48.  i 

.  2 

2.476 

-  24     5   14.4 

48.1 

2 

1.66 

2693 

O.  Arg.  S.  5082   .    .    . 

6-3 

'9  17-53 

63-4 

3 

2.342 

-  28  42     5.  6 

67.2 

3 

1.69 

2694 

O.  Arg.  N.  6886  .    .    . 

7.2 

19  22.51 

69.  i 

2 

8.341 

+  75  48  34-2 

66.1 

2 

1.69 

2695 

26Q6 

Weisse  (2)  VI,  533  .    . 

8.5 

1.  O 

19  25.21 

6    iq   34.  12 

67.1 
68.  i 

2 

-3 

3-675 
+  3-8<;Q 

+    24    2O    14.  2 

-(-    3O    74    7O.  ^ 

57.8 

71    I 

2 

C. 

1.70 

—      171 

m**y* 
260? 

47  AuritTtE 

J 

6.0 

17      J^' 

I  O    3  5    4O 

65.8 

J 

T     j'  vjy 

4.180 

I       J"    Of    O       J 

_1_     AJn    A{\     in    7 

/    • 
CA   i 

J 

1  •  /  • 

I     71 

*"wy/ 
2698 

Lacaille  2271    .... 

6.2 

y  Jj-  V 

20  1  6.  40 

69.6 

4 

•  T"uy 

2.315 

I          t^     IT™       AW.    f 

-  29  37  28.4 

54-  l 
68.7 

4 

1.  /  1 

i-77 

2699 

27OO 

Rurnker  61',  19  Nach.  . 

8-3 

4..  O 

20  34.  89 

2O    30.  OO 

66.1 

62    4 

2 

3-565 
•*.  ^64 

4-  20  19  25.8 

-J-    2O    17   4.7.  4. 

67.I 
6?    I 

2 
2 

i.  80 
i.8i 

**/  ***• 

2701 

B.  VI.+250,  1297    .    . 

*r* 

9.0 

•*•   jy  " 

6  21   11.47 

***•  *T 

69.1 

2 

j-  j"^ 
+  3-707 

/      T1/       *T 

+  25  3'     8.' 

\j  i  .  i 

63-1 

2 

.    1.85 

2702 

B.  A.  C.  2100    .    .    .    . 

5-5 

21    32.85 

72.2 

6 

2.430 

-  25  45  57-3 

66.1 

2 

1.88 

2703 

II   Monocerotis  (ist*)  .    . 

6.9 

22      1-77 

64.8 

4 

2.  glO 

•    6  56  47.0 

68.8 

3 

1-93 

2704 

1  1   Monocerotis  (2d  *)  .    . 

5-7 

22      2.  25 

64.8 

4 

2.  910 

—    6  56  53-o 

68.8 

3 

1-93 

2705 

O.  Arg.  8.5144    .    .    . 

8.8 

22      2.  28 

76.9 

5 

2.430 

-  25  46 

'•93 

2706 

Weisse  (2)  VI,  626     . 

8.5* 

6   22      8.  02 

59-i 

2 

+    3-654 

+  23  37  42.  4 

56.1 

2 

'•93 

2707 

B.  A.  C.  2095    .    .    .    . 

6.0 

22    15.  67 

70.  i 

4 

10.  397 

+  79  42  12.4 

67.9 

10 

1.95 

2708 

Weisse  (2)  VI,  63  1      . 

8.0 

22    17.05 

69.  i 

2 

3-707 

+  25  30  53-  9 

62.6 

2 

1.95 

2709 

B.A.C.  2110   .... 

6.0* 

23    19.88 

76.1 

2 

3-921 

+  32  33     i-4 

60.6 

2 

2.04 

2710 

.    O.  Arg.  S.  5176    .    .    . 

8.0 

23    28.66 

71.4 

5 

2-429 

-  25  47  46.  5 

71.4 

8 

2.05 

2711 

O.  Arg.  8.5198    .    .    . 

8.5* 

6  24  26.  33 

72.7 

6 

+  2-429 

-  25  47  28.  7 

70.2 

3 

2.  I4 

2712 

O.  Arg.  8.5199     .    .    . 

8.5 

24   27.  23 

73-o 

4 

2-429 

-  25  47  49.0 

7O.  2 

5 

2.  14 

2713 

O.  Arg.  N.  7006   .    .    . 

8.0 

24  37-  87 

65-7 

2 

4-551 

+  48     3     6.0 

65.6 

2 

2.15 

2714 

Lacaille  2306   .... 

7.2 

24  42.  69 

63.6 

2 

2.  271 

-  3'     4  56-7 

66.  i 

2 

2.  16 

2715 

Groombridge  1183  .    . 

6-5 

24  43-  33 

71.4 

3 

4-  "7 

+  38  10  35-  9 

46-3 

2 

2.  16 

2716 

O.  Arg.  N.  7009    .    .    . 

7-7 

6  24  59.  72 

66.  i 

2 

+  4-  655 

+  49  59     7-  9 

68.1 

2 

—       2.  IS 

2717 

B.A.C.  2127    .... 

6.7 

25  13.68 

63-4 

3 

2-375 

-  27  40  27.8 

65.! 

2 

2.  2O 

2718 

0.  Arg.  8.5215    .    .    . 

9.0 

25  13-77 

66.6 

2 

2-307 

-  29  55  54-  8 

68.6 

2 

2.  2O 

2719 

DM.  +  6i°,895  •   •    • 

8.2 

25  44.40 

65.2 

2 

5.482 

+  61     8  ii.  o 

61.3 

5 

2.25 

2720 

2  745  (ist*)    .... 

7-7 

25  48.  15 

69.6 

4 

4-  "03 

+  37  49  '3-4 

65.8 

3 

2.2S 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

rt 
w 

rt 

a 

a 

1 

o 

£ 

Annual 
Precession, 
i860. 

Mean 
Declination, 
1  860.0. 

rt 
V 

1 

s 

o 
o 

Iji 

h.  m.      s. 

s. 

0        /          // 

'„ 

2721 

S  745  (2cl*)    .... 

9.0 

6  25  48.45 

69.6 

4 

+  4-  103 

+  37  49  20.6 

49-  ' 

I 

2.25 

2722 

f1    Canis  Majoris  .... 

4-3 

26     1.41 

63-i 

3 

2-499 

-  23  19  14.3 

70.  2 

4 

2.27 

2723 

Weisse  VI,  782    ... 

8-5 

26     5.  36 

66.4 

3 

2.  722 

-  14  44  29.  8 

66.  i 

2 

2.28 

2724 
272? 

O.  Arg.  N.  7032    .    .    . 

8.2 

26    21.  2O 

26  22.  95 

63.0 
71.  i 

2 

6 

4-558 
T..  782 

+  48  12  44.6 
-4-   28      7    17.  1 

66.1 

6q.  8 

2 

2.  30 
2.  30 

/       J 

2726 

Lalande  12557     ... 

7-8 

6  26  27.  45 

69.1 

3 

O     i 

+  3.  684 

i              i    ,>/  •  j 
+  24  44  22.  4 

vy*  •* 
63-1 

2 

2.3I 

2727 
2728 

O.  Arg.  8.5251     .    .    . 

Anonymous           .    .    . 

7-4 

7    C 

26  30.  1  6 
26  39.  5  1 

64.4 

73    Q 

3 

e 

2.329 

2.  269 

-   29    12   34.5 

-JF         Q         7     Q 

68.2 

72    S 

2 

2.31 
2    "23 

Anonymous 

/    j 

26  48. 

/  o*  y 

j 

2    271 

o*     y     0'  y 

/       j 
60    I 

I 

00 
2.  34 

2730 

B.A.C.  2139    .    .    .    . 

5-5 

26  55.  23 

69.6 

2 

"  mi  * 

4-  13° 

+  38  33  '4-7 

vy.   * 

47-7 

5 

2.35 

273' 

Weisse  VI,  809    .    .    . 

8.0 

6  26  56.  86 

60.  i 

2 

+  2.723 

-  14  42.41.  i 

58.8 

3 

-   2.35 

2732 

Lacaille  2323   .... 

7-5 

27  10.87 

62.5 

2 

2.386 

—  27  18  21.  9 

70.4 

4 

2.37 

2733 

Lalande  12614     -  •    • 
23  Geminorum           .    .    . 

7-  i 
6  c 

27  46.70 

27  55-  69 

64-3 

71    A 

5 

3.466 

1   A7C 

+  >6  33  '7-7 
'~\~  '6  54  23.  o 

67.6 

2 

2.42 

2.  43 

2735 

O.  Arg.  S.  5289    .    .    . 

•  j 
7.0 

28    i  .  20 

/  *•  *r 

64.7 

3 

J*  T/  J 
2.418 

-  26  13  32.  8 

68.0 

2 

2.45 

2736 

Weisse  (2)  VI,  809  .    . 

9-o 

6  28     1.48 

69-5 

3 

+  3-  678 

+  24  32  22.5 

57.0 

3 

•   2.45 

2737 

Weisse  (2)  VI,  826  .    . 

8-5 

28  33-  27 

69-5 

3 

3-677 

+  24  30  38.3 

57.0 

3 

2.49 

2738 

Weisse  (2)  VI,  838  .    . 
51   Auriga.'      

7-2 
c.  c* 

28  52.  19 
28  57.  17 

69.1 
64.8 

3 

-3 

3.682 
4.  1  66 

+  24  42  io.  5 

+     -3Q     -3Q    1<i    O 

62.6 

64..  4. 

2 

6 

2.52 

2.  c  3 

2740 

Lacaille  2346   .... 

J     J 

7-3 

J  /            / 

29  31.16 

***r*  ** 

65.1 

J 

2 

-|  .     M.  W 

2.307 

oy    J      OJ 

—  29  59     2.  3 

""f"    T1 

68.1 

2 

2.58 

2741 

Lacaille  2342  .... 

7-7 

2.  O 

6  29  32.38 

67.2 

6c  4. 

3 
126 

+  2.433 

3     4.61 

-  25  43  49.  8 

-j-  1  6  30  54.  o 

69.1 
6?  i 

3 

IO 

.  2.58 

2.  Cn 

2743 

Lalande  12678     .    .    . 

7-5* 

30     1.17 

"j1  T- 

76.1 

I 

j-  V3 

3.896 

+  3'  53 

j  j 

2.62 

2744 

0.  Arg.  8.5343  (1st*). 

8.2 

30  15-39 

70.8 

3 

2.482 

—  24    o 

.   . 

2.64 

2745 

Weisse  (2)  VI,  89"!  .    . 

9.0 

30  16.87 

68.  i 

4 

3-465 

+  16  3'  25.9 

68.1 

2 

2.  64 

2746 

0.  Arg.  S.  5343  (2d*). 

8.0 

6  30  17.49 

70.4 

4 

+  2.482 

-  24    o  24.0 

71.4 

3 

2.  64 

2747 
2748 

Lacaille  2355   .... 
54  Aurigse 

7-5 
6.0* 

30  40.  96 

64.  1 

6?   4 

5 

2.346 

-  28  43  23.5 

-f-    28    22    56.  6 

66.8 

CA    2 

3 

2 

2.68 
2.68 

«/^w 

2749 

Weisse  (2)  VI,  909  .    . 

5-9 

30  56.  1  6 

UJ-  4 

72.  6 

2 

3.682 

+    24  42    57.5 

JT"   * 

64-5 

3 

2.70 

2750 

Weisse  (2)  VI,  935  .    . 

7-8 

31  33-82 

64.  i 

7 

3-656 

+  23  47  45-  3 

61.6 

7 

2.75 

2751 

Lacaille  2366   .... 

7-5 

6  31  34.  28 

63.6 

4 

+  2-350 

-  28  35  20.  7 

67.1 

2 

2.75 

2752 

Weisse  (2)  VI,  943  .    . 

8.5 

3i  55-33 

64.5 

5 

3-655 

+  23  46    7-  3 

58.1 

3 

2.78 

2753 

O.  Arg.  S.  5410   .    .    . 

8.0 

32  26.  26 

64.6 

2 

2.378 

-  27  40  44.  3 

67.6 

2 

•  2.83 

2754 

Lacaille  2372  .... 

7.0 

32  29.24 

67.1 

2 

2-357 

—  28  22  39.  3 

68.2 

2 

2.83 

2755 

O.  Arg.  8.5415    .    .    . 
Lalande  12768     .   .    . 

7-3 

32  33-  '8 
6  32  39. 

63.6 

4 

2.498 

-  23  27  37.3 

4-    T.2   4;    46.8 

66.1 

60.  2 

2 

2 

2.84 

—       2.8? 

2757 

2758 

Weisse  VI,  990    .    .    . 

7-5 
5.0* 

32  52-84 
32  53.82 

66.2 

46  i 

2 
2 

2.741 

A      -37Q 

r—   £*.  *|.j  *rv*  ** 
-    14      I    23.0 

-4-    4.4.    3Q    1  6    O 

"y*  •** 

59-9 

4-'  ).  I 

5 

4 

'•  "J 

2.87 

2.87 

/  J 

2759 

0.  Arg.  8.5434    .    .    . 

J 

8.2 

33  '5-  74 

*T""    • 
67.1 

2 

^-  JJ  y 
2.380 

1      *rr    Oy    mx/<  ** 

—  27  37  10.9 

67.6 

T- 
2 

•  "/ 

2.90 

2760 

B.A.C.  2185    .    .   .    . 

5.0 

33  1  6.  oS 

69.    I 

2 

3-306 

-|-  io     i  18.  3 

65.2 

2 

2.90 

CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  .Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

3 

>^ 

1 
S 

£ 

0 

o 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0.  . 

l_ 

rt 
4J 
>-, 

C 

S 
% 

i 

O 
O 

6 

£ 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

2761 

Weisse  (2)  VI,  990  .    . 

8-5 

6  33  29-  59 

76.1 

2 

+  4-042 

+  36   17 

•  • 

—      2.  92 

2762 
2761 

Lalande  12805     •    •    • 
51  Cephei  

6.0 
q  o* 

33  36-  79 

11    IQ   4.8 

73-8 

6<.  2 

3 

S4 

3.921 

3O.  SQ2 

+  32  41   18.  i 
-f-  87  14  54.0 

68.1 
56.6 

4 
128 

2-93 

2,  Q4 

•/  uj 
2764 

Lalande  12798     .    .    . 

j. 
6-5 

oj   jy-  "r»* 

33  43-  1  6 

•_!  J   .      • 

69.6 

JT 

2 

J       Js 
4.079 

+  37  '6  42-5 

65.8 

3 

•   7^ 
2.94 

2765 
2766 

O.Arg.S.S4So    .    .   . 
M.  Z.gS,  14  

7.0 
7-  ° 

33  46-  82 
6  33  $6.  03 

65.8 
67.2 

4 

2 

2.496 

-4-  2.  360 

-  23  34  14.  8 
—  28  18  59.9 

67.7 
68.  i 

2 

2 

2.94 

—      2.  q6 

*•/  wu 

2767 

O.Arg.  8.5463    .    .    . 

8-5 

jj  j      j 

34     6.  54 

67.1 

2 

2.495 

—  23  34  43.6 

69.6 

5 

;/ 

2.97 

2768 

Lacaille  2388  .... 

6.  i 

34  20.  95 

64.    I 

3 

2.298 

30    20    19.  5 

72.5 

5 

2-99 

2769 

Weisse  (2)  VI,  1027     . 

6-5 

34  34-  78 

69.    I 

2 

4.378 

+  44  38  26.  i 

46.  i 

2 

3.01 

2770 

Weisse  (2)  VI,  1043     • 

8-3 

34  46-  48 

75-i 

5 

4.042 

+    36    17    21.  I 

74-1 

I 

3-03 

2771 

Weisse  (2)  VI,  1044    . 

6.9 

6  34  47.  40 

76.8 

3 

-(•  4.041 

+  36  14  34.  1 

7°-3 

7 

—    3-°3 

2772 

2771 

Lacaille  2392  .... 

6.7 

1.O 

35     3-  '4 

3S     IQ.  O4 

66.2 
63.  i 

2 

8 

2.365 

1.  606 

—  28     8  12.5 
J-  2S  i?  <;6.  6 

65.2 
7-5.  7 

3 

2 

3.06 

3.08 

*•  t  /  j 

2774 

Weisse  VI,  1069  .    .    . 

J 

7-7 

jj    *  y     ^ 

35  25-81 

VO 

69.1 

2 

O*  vy1-' 

2.734 

1       *.J        J     J     ' 

-  14  20  36.  3 

/  J     t 

63-1 

2 

O 

3-°9 

2775 

Weisse  (2)  VI,  1080  . 

9.0 

35  40-82 

65.1 

I 

3.655 

+  24     i 

•    • 

3-  1  1 

2776 

2777 

Lacaille  2399  .... 

7.0 
6.0* 

6  35  46.  72 

3C     C-?     II 

69.  i 
66.0 

2 
2 

+  2.294 

3.  807 

-  3°  3°  55-  5 

+    2Q      6   20.  6 

65.6 
"54.  8 

2 
4 

•    3-12 

•3     17 

•*/  /  / 

2778 

O.Arg.  8.5519    .    .    . 

7-5 

OJ     JJ 

36    4.  18 

67.1 

2 

O*   •***« 

2-377 

"J             w        4.V,.     w 

-  27  44  55.9 

J*T'    ** 

68.0 

2 

J'   *J 

3-i4 

2779 

O.  Arg.  S.  5522    .    .    . 

8.0* 

36  10.  61 

76.6 

2 

2.38, 

—  27  36  36.0 

69.  i 

2 

3-i5 

2780 
2781 

42  Camelopardi     .... 

5.0* 
6.0 

36  20.29 
6  16  38.62 

77-i 
6q.  I 

4 
2 

6.294 

4-   4.  334 

+  67  43     9-6 
-j-  43  42  44.  5 

73-8 

60.  2 

3 

2 

3-i7 

—     3.  IQ 

**/  w* 

2782 

Lalande  12905     .    .    . 

8-5 

V         J-_.         JU" 

36  40.  1  8 

;* 

69.  i 

2 

1       T*  JJ^ 
4-334 

+  43  43  30.  8 

60.  2 

2 

J         7 

3->9 

2783 

O.  Arg.  S.  5543    .    .    . 

7-7 

36  40.  61 

69.6 

2 

2.  506 

-  23  12  58.6 

72.  2 

4 

3-  '9 

2784 

M.  Z.  227,  12    .... 

7-7 

37    2.26 

64.  i 

2 

2.  262 

-  31  3'  54-9 

68.7 

2 

3-23 

2785 

DM.  +  23°,  1489    .    . 

9.0 

37    9-  18 

65.I 

I 

3-659 

+  24    o 

• 

3-24 

2786 

2787 

DM.  -f  23°,  1490    .    . 
£     Oeminorum  .    .    . 

c    o 

6  37  12. 

37   2^    QO 

6c   i 

3 

+    3.655 
3.  377 

+    23    50  42.  2 
+13      2    31    H 

69.  2 

60    4 

2 
-1 

3-24 

7     26 

•/  "/ 

2788 

I  .a  11  11  ii  it  357       ... 

j 
8.0 

o/      j   7 
37    34.4.3 

>_/j.  t 
60  i 

o 

2 

j    j  /  / 
2.  72Q 

J             O*-  J 

—    14.    33   28    2 

**y  *r 

q6  2 

j 

1 

o*  *• 

7    27 

2789 

0.  Arg.  S.  5574    .    .    - 

7-7 

J/    of  T-J 

37  38-68 

Vjy.      M 

60.6 

2 

/      7 
2.338 

^   oj   " 

-  29    6    6.  i 

J    • 

69.8 

j 

3 

j'  *•  I 

3.28 

2790 

Lacaille  2413   .... 

6-5 

37  38.  89 

66.7 

2 

2.364 

-  28  12  59.  i 

62.6 

2 

3.28 

2791 

DM.  +  38°,  1604    .    . 

6  37  44-  35 

69.6 

2 

+     4-129 

+  38  42  15.0 

69.  2 

2 

-  3-29 

2792 

Lalande  12951     .    .    . 

7-2 

37  46-  73 

69.6 

2 

4.    128 

+  38  40  53-  i 

61.5 

3 

3-29 

2793 

Weisse  (2)  VI,  1:63   . 

8.8 

38    8.83 

68.1 

2 

3.658 

+  23  58  29.0 

69.  2 

2 

3-32 

2794 

Lament  363      .... 

8.5 

38  18.  ii 

69.  i 

2 

2.729 

-  H  35  "-7 

56.2 

3 

3-34 

2795 

Lacaille  2420  .... 

_7-5 

38  19-42 

70.8 

3 

2.38l 

-    27    27    IO.  2 

74.2 

2 

3-34 

2796 

Weisse  (2)  VI,  1172  . 

7-9 

6  38  19.  69 

65.  2 

3 

+  3-  654 

+  23  49  27.  7 

66.  i 

3 

•     3-34 

2797 

DM.  +  13°,  1405    .    . 

8.6 

38  35-88 

68.2 

2 

3.378 

+  '3    5  13-8 

69.  i 

2 

3-36 

2798 

Weisse  (2)  VI,  1171   . 

8.  i 

38  42.  24 

69.1 

2 

4-344 

+  43  59     i-4 

46.  i 

2 

3-37 

2799 

a    Cawfis  Majoris     .    .    . 

I.O 

38  58.  84 

54-9 

210 

2.681 

-  16  31  33-6 

57-8 

109 

3-39 

2800 

Weisse  (2)  VI,  1189  . 

8.0* 

39  '5-57 

46.1 

3 

4-340 

+  43  54  39-8 

46.  i 

2 

3-42 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


73 


Xumber. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

IH 
3 

u 

>. 
d 

rt 
u 

s 

a 

O 

"o 

O 

Z 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

ij 

rt 
w 
>-, 

i 

'S, 

1 
'o 

O 

* 

Annual 
Precession, 
i860. 

h.  m.      s. 

s. 

0         /           // 

// 

2801 

O.  Arg.  S.  5615    .    .    . 

6-3 

6  39  16.  72 

63.8 

3 

+  2-394 

-   27    12    36.4 

70.7 

4 

3-42 

2802 

B.  A..  C.  2210  .... 

5-5 

39  35-44 

73-3 

5 

8.844 

+  77    8  45.6 

71-3 

6 

3-45 

2803 

Weisse  VI,  1199  .    .    . 

8-5 

39  38-71 

69.  i 

^ 

2.730 

-  H  33  54-8 

56.2 

3 

3-45 

2804 

Lacaille  2434   .... 

7.0* 

39  40.  82 

69.  i 

2 

2.298 

-  3°  26  35.9 

65.2 

2 

3-46 

2805 

M.  Z.  227,  14  .... 

39  So.oi 

70.  i 

I 

2.265 

-  31  3°  40-  i 

72.5 

3 

3-47 

2806 

DM.  +  23°,  1502    .    . 

9.0 

6  40  20.  36 

69.  i 

2 

+  3-647 

+  23  36  30.  6 

67.1 

2 

3-52 

2807 

1  1   Canis  Majoris  .... 

6.0* 

40  27.  96 

60.  i 

2 

2-737 

-  14  16  42.  6 

59.0 

7 

3-52 

2808 

C).  Arg.  S.  5654  .    .    . 

8.4 

40  28.  50 

64.0 

2 

2-352 

-  28  39  58.5 

68.2 

2 

3-52 

2809 

O.  Arg.  S.  5665   .    .    . 

8.2 

40  50.  14 

64.  i 

3 

2-  33° 

-  29  24  49.  6 

68.6 

2 

3-55 

2810 

O.  Arg.  N.  7251  .    .    . 

8.6 

40  50.44 

65.1 

2 

9.151 

+  77  47     7-7 

64.4 

2 

3-56 

2811 

O.  Arg.  N.  7274  .    .    . 

8.0 

6  40  54-  37 

62.4 

3 

+  4-765 

+  52    8  55.3 

63.6 

2 

•    3-56 

2812 

Weisse  (2)  VI,  1254  . 

8.2 

41  45-03 

69.1 

2 

4-334 

+  43  49  43-5 

46.  i 

2 

3-63 

2813 

Lacaille  2448,  (1st*)   . 

7-8 

41  56.84 

66.  i 

4 

2.361 

-  28  24  29.  3 

69.  i 

2 

3-65 

2814 

Lacaille  2448,  (2d*)   . 

8-5 

41  57.88 

67.1 

3 

2.360 

-  28  25  21.3 

69.  i 

2 

3-65 

2815 

O.  Arg.  S.  5704   .    .    . 

8.5 

42  19.78 

64.  i 

3 

2.  420 

-    26   22    56.  5 

72.8 

3 

3.68 

2816 

O.  Arg.  N.  7298  .    .    . 

7-5 

6  42  25.39 

69.  i 

2 

+  4-  735 

+  5'  40  5>-3 

68.9 

3 

3-69 

2817 

O.  Arg.  N.  7299  .    .    . 

8.0 

42  28.94 

66.  i 

2 

4.742 

-|-  51  48  28.9 

63.2 

4 

3-7° 

2818 

0.  Arg.  N.  7308  .    .    . 

9.0 

42  51.88 

62.2 

I 

4-733 

+  51  39  3°-6 

68.2 

I 

3-73 

2819 

0.  Arg   S.  5718   .    .    . 

8.4 

42  59-34 

71.  i 

2 

2-396 

-  27  13  34.8 

72.7 

2 

3-74 

2820 

Lacaille  2454   .... 

7.0 

43       5-22 

63.1 

2 

2.372 

-  28    3  35.6 

70.9 

3 

3-75 

2821 

O.  Arg.  S.  5725   .    .    . 

8.6 

6  43     6-  59 

66.6 

2 

+  2.367 

-  28  12  52.  7 

68.7 

2 

3-75 

2822 

2827 

M.  Z.  210,  25  .... 
CQ  AuriiTis 

7-3 
6.0* 

43  H-  23 

A3    23.  12 

75-4 
61.  i 

3 

2 

2-356 
4.  117 

-  28  35  39.  7 
-j-  39     i  53.  3 

72-4 
56.8 

6 
4 

3-76 
3-  77 

MMJ 

28:4 
2825 

0.  Arg.  S.  5732   .    .    . 
ff     Oeminorum                   . 

7-5 

A    c 

t  j      j 

43  24-9° 

4.-J    -23.  CQ 

64.6 
65.6 

2 
2 

T*      J  1 

2.  326 
3.  062 

-  29  35  18.  3 
+  34     7  3°-  2 

68.6 

58.2 

2 

4 

3-77 
3-  79 

2826 

**••  j 
6.2 

TJ       JO       J 

6  47  T.T.  ii 

v  J     *» 

68.7 

2 

O'  y" 
-f-   4.  I2O 

+  38  36  32.  4 

46.  2 

3 

3-79 

2827 

Lacaille  2461    .... 

7-3 

TO     J  1           J 

43  49.  68 

63-5 

4 

2.488 

—  23  59     6.0 

64.0 

2 

3.81 

2828 

Lacaille  2462   .... 

6.2 

43  55-42 

63-5 

4 

2.490 

-  23  55     1-6 

64.0 

2 

3-82 

2829 
287O 

0.  Arg.  S.  5745   •    •    • 
Piazzi  258         .    .    . 

7.0 
6  <; 

43  56.  24 
44  1  8.  23 

65.1 
67.  i 

6 

2 

2.360 
2.  240 

—  28  29  42.  9 
-  32  23     2.  8 

71.4 
69.  I 

7 

2 

3-82 
3-85 

*tjjv 
28:1 

61  Aurig?e 

j 
6.0* 

6  44  20.  96 

68.7 

2 

-f-   4.  122 

-f-  38  40  20.  7 

46.  2 

2 

3.86 

AU  J  4 

2832 

Weisse  VI,  1351  .    .    . 

8.0 

44  24-  77 

/ 
60.  i 

4 

2.731 

-  14  34  51-0 

58.4 

4 

3-86 

2833 

B.  A.  C.  2244    .... 

7-5 

44  30.08 

69.7 

6 

2-399 

-  27   10  27.  6 

72.2 

5 

3-87 

2834 

K     Canis  Majoris  .... 

5-° 

44  36.  73 

67.1 

2 

2.  241 

-    32   2O   58.  2 

69.  I 

2 

3.88 

283S 

0.  Arg.  8.5771     .    .    . 

9.0 

44  44-  77 

67.4 

4 

2.4OO 

—  27    8  51.8 

70.5 

3 

3-89 

2836 

Lacaille  2473    •    •    •    • 

6.8 

6  44  54.87 

63.2 

2 

+  2.443 

-  25  37     5-o 

68.1 

2 

—    3-9° 

2837 

M.  Z.  152,5  

44  55-65 

61.2 

I 

2-399 

-  26  58 

3-90 

2838 

Lacaille  2480   .... 

6.8 

45     3-  3° 

66.6 

2 

2.197 

-  33  43  32-  6 

66.7 

2 

3-92 

2839 
2840 

B.  A.  0.2251    .    .    .    . 
Anonymous       .... 

6.5 
8.0 

45     5-82 
4?     8.88 

64.6 
64.6 

2 
2 

2.  267 

2.  267 

-  3'  32  44-  i 

—    51    32    24.O 

69.7 
69.7 

2 
2 

3-92 
3.92 

*+  J         «*«  w 

"t 

/ 

J'     J**     ""T-  v 

7     / 

CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

JS 

o 

o 

6 
2 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 

rt 
<u 

a 

1 
o 

Annual 
Precession, 
1860. 

2841 

Anonymous 

Q.  O 

h.  m.      s. 
6  45   19.  23 

68.  i 

2 

s. 

_|_    2.  304 

0         /           // 

>' 

2842 
2843 

B.  A.  C.  2247    .... 
M.  Z  08,  24 

6-5 

8   4 

45  25-3° 

At    28    3Q 

77.2 
64  8 

2 
5 

6.877 

-f-  70  59  20.0 
—  28  32  41.  3 

73-4 

T!     A 

2 
IO 

3-95 

3nc 

•*"*t  J 

2844 

O.  Arg.  8.5790    .    .    . 

**•  *r 

8.0 

T-J     ***»  jy 

45  34-7° 

Vi^.     fj 

64.6 

O 
2 

2.401 

-  27     5  52.2 

1  J1  T- 

68.2 

2 

•  yj 

3-96 

2845 
2846 

M.Z.  210,  28    .... 

9.0 
9-  5 

45  35-64 
6  4?  TC.  76 

67.1 
67.  i 

2 

4 

2-359 
"f"    2.  358 

-  28  34     8.  4 

—    28    74    17    7 

69.7 

72     T 

2 

8 

3-96 

7    06 

2847 

O.  Arg.  8.5809    .    .    . 

6-5 

^J    OJ    I 

45  58.29 

/ 

66.2 

2.422 

A*J      Jij.       1  /  •     / 

—    26    22    12.  8 

/  J-    * 

66.2 

2 

j-  y 
4.OO 

2848 
2840 

Groombridge  1241   .    . 
Anonymous       .... 

7.0* 

Q    O 

45   59-47 
46    8. 

77-  i 

1 

4.099 

2.  445 

+  38    5  17.6 

46.  2 

7O.  I 

3 

4.  oo 
4.  01 

mffffy 
2850 

O.  Arg.  8.5814    .    .    . 

7'   ** 

6-7 

46  10.35 

71.2 

2 

2.421 

-    26    25       3.  2 

/    - 

66.2 

2 

4.  01 

2851 

M.Z.  216,  17    .... 

8.0 

6  46  46.  38 

64.8 

3 

+  2.308 

-    30    15    42.0 

67.7 

2 

—     4.  06 

2852 

M.  Z.  98,  25  

9.0 

46  47.04 

67-1 

2 

2.362 

-    28    28      3.4 

67.1 

I 

4.07 

2853 
2854 

Lacaille  2494   .... 

6.8 
8.4 

46  54.  83 
47     8.  II 

70.1 
54-  ° 

2 

4 

2.  197 

2.  735 

-  33  45    4-  9 

68.6 

2 
2 

4.08 

4.  10 

2855 

6.0* 

47  23.  80 

59-  6 

4 

4,  397. 

-f-  45  1  6  1  6.  o 

?8  i 

6 

4    12 

JJ 

2856 

Lacaille  2496  .... 

7-5 

6  47  35-47 

70.  o 

2 

+  2.479 

-  24  31 

•  )-.  i  — 

-   4.13 

2857 
2858 

6     Canis  Majoris  .... 
Anonymous  . 

5-o* 

47  41-  12 

47   46. 

62.0 

5 

2.797 
2.483 

-  ii  5i  59-6 

68.  i 

60.  2 

2 
I 

4-  14 
4-  14 

2859 

B.  VI.  6'',  171    .... 

7-5 

t  /     t". 

47  52.82 

69.5 

6 

••  T^J 

2.484 

-  24  12  52.  6 

vy.    d. 

70.  2 

4 

4.  16 

2860 

B.  A.C.  2266    .    .    .    . 

6.7 

47  59-77 

64.7 

10 

2.  366 

-  28  21   10.  3 

70.  I 

5 

4.17 

286l 

O.  Arg.  S.  5864    .    .    . 

7-5 

648     1.54 

62.2 

2 

+    2.488 

-  24    3  3i-7 

65.6 

2 

—     4-17 

2862 

Lalande  13393     •    •    • 

5-o 

48     8.31 

62.8 

3 

2.480 

-  24  21   58.  4 

65.9 

5 

4.  18 

2863 

o1    Canis  Majoris  .... 

4.0 

48  19.44 

62.5 

5 

2.490 

—  24    o  42.  I 

65.6 

2 

4.  20 

2864 
286? 

Lacaille  2507   .... 
Anonymous 

6.6 
8.0 

48  23.  57 

4.8         d^L          d8 

63.1 

77    I 

2 
2 

2.497 
2.  O2  1 

-  23  45  20.  o 

69.6 

2 

4.  20 
4-27 

rwj 

2866 

M.Z.  210,  30    .... 

8.0 

*f           T1  J  '    T1 

6  48  51.49 

/  /  •  * 

68.1 

3 

+  2.354 

-    28  46   22.  2 

71-7 

5 

4.24 

2867 

O.  Arg.  S.  5887    .    .    . 

8.0 

48  57.81 

65.1 

i 

2.396 

-    27    23      5.8 

69.6 

2 

4-25 

2868 
2869 

Lacaille  2519   .    .    .    . 
62  Aurigse      .... 

7-3 
5.8 

49     2.  75 
40  ^o.  1  6 

64.3 
68.8 

8 

2.268 

4.  101 

-  3i  37  38.4 
-J-  38  14  26.  6 

71.2 

2 
2 

4.  26 

4-  ?o 

2870 

M.Z.  231,28    .    .    .    . 

8.0 

49  32-61 

76.1 

2 

2.272 

-  3i  3i  35-9 

72.  I 

2 

4-3° 

2871 

Lacaille  2524  .... 

7.0 

6  49  45.  25 

63.7 

5 

+  2.  353 

-  28  51  32.  9 

74.0 

5 

4-32 

2872 

Lacaille  2526   .    .    .    . 

7-2 

5°    9-  13 

63.1 

2 

2.454 

-  25  20  26.0 

68.6 

2 

4-35 

2873 

Lacaille  2528  .... 

6-5 

5°  37-  H 

64.6 

II 

2.269 

-  31  36  39-6 

70.! 

3 

4-39 

2874 

O.  Arg.  N.  7442   .    .    . 

8.5 

5°  4.6.  34 

60.  i 

2 

5.406 

+  60  47  50.  i 

55-8 

2 

4.41 

2875 

Lalande  13427      .    .    . 

8.0 

50  56.  48 

71.  i 

2 

4-550 

+  48  35     i-3 

71.2 

2 

4.42 

2876 

B.  VI.  6",  184  .... 

7-8 

6  51     7.88 

71.8 

3 

+  2.470 

-  24  47  14.  2 

69.5 

3 

-    4-44 

2877 

Weisse  VI,  1579  .    .    . 

8-7 

51  27.24 

69.4 

3 

2.729 

-  H  45  25-2 

63.6 

4 

4.46 

2878 

Weisse  VI,  1587  .    .    . 

9-o 

51  37-09 

69.4 

3 

2.728 

-  U  45  58-  3 

71.1 

2 

4.48 

2879 

M.Z.  95,42  

8.0 

51  38.33 

72.8 

4 

2.298 

-  30  42  39-  ° 

72.2 

4 

4.48 

2880 

Weisse  VI,  1589  .    .    . 

8.5* 

51  38.89 

64.  i 

2 

2.732 

-  >4  38    6.  3 

55-9 

3 

4.48 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


75 


Number. 

Name  of  Star. 

i) 

T3 
3 

'c 
e/> 
• 

3 

Mean  Right 
Ascension, 
1  860.0. 

I* 
H 
U 
>> 

§ 

U 

a 

1 
*o 

6 
2 

Annual 

Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

3 
>* 

s 

C3 

0 

1 

IM 

O 

1 

Annual 
Precessien, 
1860. 

h.  m.      s. 

s. 

0           /            If 

// 

2881 
2882 

O.Arg.  8.5961     .    .    . 
Anonymous  

6.3 

6  52     6.  92 
C2   12  o; 

63.7 
76.2 

3 

2 

+    2.  398 

2.  2Q7 

—   27    21    11.7 
—    3O  dl 

69.0 

2 

•     4-52 

4r  j 

2883 

Lalande  13504     .    .    . 

8.6 

j  ~         '•  uo 

52   19.67 

62.5 

3 

•  "Tr/ 

3.670 

Ow  t' 

+    24   40    19.  I 

60.2 

4 

-  JO 

4-54 

2884 

Lacaille  2543   .... 

5-3 

S2  3°.  23 

63.1 

3 

2.409 

-  26  58  41.  6 

64.  2 

2 

4-55 

2885 

Weisse  VI,  1618  .    .    . 

7-5 

'  52  40.42 

59-1 

2 

2.729 

-  14  46  25.7 

59.0 

5 

4-57 

2886 

Lacaille  2544  .    .    .    . 

7-5 

6  52  45.65 

64.  o 

3 

+  2.501 

-  23  41  37.0 

68.6 

2 

•    4-57 

2887 

Lacaille  2549   .... 

7.0 

52  45-87 

64.2 

3 

2-303 

—  3°  33  3°.  2 

68.  i 

2 

4-57 

2888 
2889 

c     Canis  Majoris  .... 

2.  I* 
7.  S 

53     7-48 
<;?  17.88 

57-6 
76.  i 

126 

2 

2.357 

2.  43S 

-  28  47    3.  i 

—    26      4.    12    8 

48.9 
68.6 

53 

2 

•1.  M 
463 

2890 

Lacaille  2553   .... 

/    j 
6.0 

.  J  J         / 

53  22.25 

64.1 

4 

"•  t^J 

2.  296 

*T      J*"    ^ 

-  3°  48  37-  3 

66.2 

2 

•  uj 
4-63 

2891 

Lalande  13578     .    .    . 

7.5 

6  53  30-46 

69.  i 

2 

+    2.728 

-  14  49  49-  6 

56.1 

2 

-    4.64 

2892 
2801 

O.  Arg.  S.  6004     .    .    . 
GJ     Geminorum       .    . 

S.o* 
6.0* 

53  34-  76 

t  -5     C  2    QO 

64.7 
61.  4. 

3 

7 

2-358 

3662 

—  28  46  20.8 

-4-    2  A.    2.A.    1Q    C. 

74-5 

6/1     A 

3 

4-65 

46? 

Aoyj 
2894 

Lacaille  2558  .... 

7.0 

jj  j^-  yw 
54    o.  73 

w*  •  *T 

73-4 

/ 

5 

•    vV^. 

2.390 

i     **t  *"r  jy-  j 

-  27  42  i.3 

UV^I   ^ 

68.  i 

3 

.    U/ 

4.68 

2895 

O.  Arg.  S.  6022     .    .    . 

7.0 

54   12.  06 

62.6 

2 

2-375 

-    28    12    28.3 

65.6 

2 

4.70 

2896 

M.Z.  156,56    .    .    .    . 

7-9 

6  54  14.  oo 

70.1 

2 

+    2.502 

-    23   41    37.  I 

73-2 

4 

•   4.  70 

2897 

Lacaille  2562   .... 

7.0 

54  16.25 

67.2 

2 

2.336 

-   29   30  41.4 

69-5 

3 

4.71 

2898 

Lalande  13569     .    .    . 

6.2 

54  39-  55 

69.  i 

2 

4-034 

+  36  3°  5°.° 

47-  i 

2 

4.74 

2899 

M.Z.  156,57     .... 

9.0 

54  45-8o 

76.1 

2 

2.503 

-  23  40 

4.75 

2900 

Lacaille  2566  .... 

6.8 

54  48.  43 

64-3 

4 

2.293 

-  30  S6  59-9 

69-4 

3 

4.75 

2901 

2QO2 

Mer.  C.  Z.  83,  117    .    . 
Anonymous  .... 

8.1 

Q    O 

6  54  52-  74 
CA    c? 

64-3 

4 

+    2-295 
2    7O7 

-  30  52  33-8 

-3Q    2Q        C     8 

69.  i 

722 

2 
2 

•  4.76 

4*76 

"y*™* 
2903 

Lacaille  2571    .... 

•y.   \J 

6.9 

J~T      JJ' 

55  10-49 

62.8 

2 

™  J**/ 

2-373 

j\s     *.y         j.   u 

~     28     17     37.3 

/  j~  * 

66  i 

2 

•  /  w 

4.78 

2904 

Lacaille  2570  .    .    .    . 

4.2 

55  20.  68 

63.1 

2 

2.466 

-     25          I      14.9 

66.2 

2 

4.80 

2905 

Lalande  13601     .    .    . 

7-5 

55  25.46 

69.6 

2 

4.006 

+  35  44     4-4 

47-  i 

2 

4.81 

2906 

Weisse  (2)  VI,  1675    . 

8.0 

6  55  47-  19 

70.  i 

2 

+  3-  565 

+  20  47  53-  5 

67.1 

2 

•  4.  83 

2907 
2008 

0.  Arg.  8.6073    •    •    • 
f     Geminoruni               .    . 

7-  i 

4O 

55  47-45 

CC    J.S    27 

67.  2 
6l    7 

3 

22 

2.  308 

3Cf)A 

—  30  28    9.  i 

_L    2O   46     iS."? 

72.0 
61.  i 

6 

4.83 

A      Sj 

*.ywu 

2QOQ 

Anonymous 

•  w 

8  i 

jj    V*  *j 

CC     C.2    26 

VJI  .    / 

74    6 

2 

•  3U4 
2.  7IO 

1O    2C.    AQ    1 

71     C 

T"    °J 
A     JU 

mr*y 
2910 

"•  j 
90 

jj    5™«  *w 

CC     C7     l6 

/  T"  ^ 

73    i 

2 

2    7IO 

ou  *3  4y-  j 

—    ^O   21      2    C. 

/  l'  J 

71   8 

C 

T"   Oit 

4    8<1 

2911 

Lacaille  2577   .... 

•  •* 
6.0 

J  J    JJ'  *  ** 

6  55  56.ii 

/  o 
67.1 

3 

*-•  j**"' 

+  2.410 

J"     "J           «  J 

—  27   i  31.4 

/  I  .  w 

65.2 

J 

2 

•1"  "T- 

-    4-84 

2912 

22  Canis  Majoris   .... 

5.0 

56    8.  65 

69.I 

i 

2.390 

-  27  44   13.  i 

69.4 

3 

4.86 

2913 

44  Geminortim  ....     •. 

6.2 

56  52-58 

67.8 

7 

3.618 

+    22    50   36.4 

59-6 

8 

4-93 

2914 

Weisse  (2)  VI,  1704   . 

8.0 

57    0.97 

69.  I 

2 

4.284 

+  43     4  36.  2 

46.  2 

2 

4-94 

2915 

17  Lyncis  

6.8 

57    4-40 

65.4 

4 

S-4'o 

-f-  61     o  23.  o 

65.0 

8 

4-94 

2916 
2QI7 

Piazzi  VI,  310  .... 
Anonymous       .... 

8-5 

6  57  11.42 

C7    22    O5 

64.1 

76.  6 

3 

2 

+  5-405 

i  618 

+  60  57  29.4 

+    22     C  I 

70.1 

4 

•    4-95 

4Q7 

y   i 
2918 

y     Canis  Majoris   .... 

3-6 

ji     *•*••  VD 

57  25.53 

61.4 

61 

j.    \J  HJ 

2.714 

•*    j  * 

-  15  25  45-7 

68.8 

3 

•  y/ 
4-97 

2919 

Weisse  (2)  VI,  1728   . 

9.0 

57  4L53 

69.5 

3 

4-278 

+  42  57     4-o 

53-4 

3 

5.00 

2920 

Weisse  (2)  VI,  1747    . 

8.3 

57  Si-73 

72.4 

3 

3.619 

+  22  53  42.6 

68.  i 

2 

5.01 

CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

o 
u 

>> 

n 
o 

? 

!>i 

J 
0 

O 

6 
X 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

g 

rt 
O 

". 

J3 

o 

"o 

o 

fe 

Annual 
Precession, 
1860. 

li.   m.     s. 

s. 

0         /             // 

rr 

2921 

B.A.  C.  2317    .... 

6.0* 

6  58  37.76 

77-  i 

4 

+  11.728 

-f  81  29  58.8 

73-4 

4 

5-0? 

2922 

O.  Arg.  S.  6164    .    .    . 

7.0 

58  57-3  + 

67.1 

2 

2.309 

-  33  34    5-3 

68.  i 

2 

5.10 

2923 

Piazzi  VI,  328  .... 

8.0* 

59  '°-4' 

68.  i 

3 

2.734 

-  '4  39  43-9 

55-9 

6 

5.12 

2924 

B.A.  0.2331    .... 

6.0 

7    o  23.  92 

61.2 

2 

3.828 

+    30    21    58.7 

65.7 

2 

5.22 

2925 

Lacaille  2610  .    .    .    . 

6.2 

o  36.  60 

64.  o 

2 

2.313 

-  30  26  36.  6 

66.6 

2 

5-24 

2926 

Lacaille  2615   .... 

5-° 

7     i     5-75 

68.7 

2 

+   2.478 

-  24  44  46.  2 

66.1 

2 

5-30 

2927 

O.  Arg.  S.  6232    .    .    . 

7.2 

i   19.66 

66  6 

2 

2-431 

-  26  26  27.  5 

68.  i 

2 

5-30 

2928 

B.  VI.  +  22°,  1596     . 

7.8 

i   19.  81 

63-9 

12 

3.608 

+  22  35     6.  3 

65.  2 

2 

5-30 

2929 

B.A.  0.2326    .... 

4.8 

i  23.05 

69.  2 

3 

I3-093 

+  82  40    4.  7 

67.4 

6 

5-3' 

2930 

2O7  I 

Lacaille  2617   .    .    .    . 

6.2 

i  31.52 
7     i  45. 

63.0 

2 

2.508 
-f  2.  735 

-  23  37  28.3 
-  26    2  39.  7 

67.I 
69.  2 

2 
2 

5-32 
5-34 

*yjl 

2O32 

Anonymous 

8.0 

i  46.  07 

67.6 

2 

2.  440 

-  26    7  12.4 

75-  ' 

2 

5-  34 

*yj* 
2933 

2Q74 

Tr.  Z  156,  42    .    .    .    . 
Anonymous 

8.0 

i  S4-38 
i  57.51 

65.1 

73-  ' 

2 

2.440 

2.  735 

-  26     8  33.0 
-   14  41     9.  4 

71.  i 
74-  2 

3 
I 

5-35 
5-  3f' 

*yj4 

2935 

fyr\l(\ 

Weisse  (2)  VI,  1894   . 

Anonymous 

7.5* 
8  q 

i  58.09 
7     2     i.  67 

48.1 
75.6 

2 

7 

4-3I9 
+  2.  733 

+  44     4     8.0 
—    14  40      2.  S 

48.2 
71.8 

4 
8 

5-36 
5.36 

^9j° 
2O77 

Anonymous  

"•  J 

Q.  2 

2      9.  06 

I  J 

75-  7 

6 

2.  734 

-  14  41   18.  6 

70.  2 

2 

5-  37 

£yj/ 
2058 

r     Geminorum  

y 
C.O* 

2    13.49 

61.  o 

8 

3-830 

+  30  28  13.  7 

60.  o 

5 

5-38 

^y.50 
2939 

O.  Arg.  8.6262     .    .    . 

3 

8.5 

2    19-93 

65.1 

2 

2.442 

-  26     3  47.7 

68.6 

2 

5-39 

2940 

B.A.  €.2341    

5-5* 

2   27.81 

60.8 

3 

4.700 

+  51  39  20.8 

57-4 

4 

5.40 

2941 

•)r\H  •} 

O.  Arg.  S.  6270    .    .    . 
Anonymous               . 

7.0 
8.  5 

7     2  36.  70 

2    57.  O5 

62.  i 
71.  I 

2 

+  2.503 
2.  733 

-  23  51  27.  i 
—  14  44     2.  9 

65.0 

74.  2 

2 

1 

5.41 
5.41 

2942 

2n/i  l 

Anonymous      .    .        . 

J 

8.4 

J/       J 

2    58.  1,2 

/ 

68.  i 

1 

2.  2Q  J 

-  31   ii  24.  7 

69.6 

2 

5.41 

*943 

2944 

i!     Canis  Majoris   .... 

•j.  tf. 

3-° 

*~       J*™     O 

2    41-99 

69.  2 

o 

28 

y  j 

2-439 

—  26  10  24.  7 

65.8 

3 

5.42 

294S 

Lacaille  2637   .... 

7-3 

2    49.  50 

67.1 

2 

2.293 

-  3'   '2  22.3 

69.6 

2 

5-43 

2946 

Lalande  13873     .    .    . 

7.0 

7     2  57.36 

69.  2 

2 

+  4-019 

+    36    21     15.4 

65.8 

3 

5-44 

2947 

Lacaille  2634   .... 

6.2 

2   58.92 

64.  2 

5 

2.504 

-  23  49  20.  7 

65.0 

2 

5-44 

2948 

2O/1O 

Weisse  VII,  63    ... 
i)    8->5  Cist*)     . 

8-5 
8.0 

3  '4-07 
1  36.  76 

6l.O 

62.  5 

I 

C 

2-738 
•j.  605 

--  H  33  40.  7 

+    22   30   26.  4 

69.7 

65.  2 

2 

2 

5.46 
5-49 

^y4y 

2O  CO 

S    82?  (2d*) 

8.0 

O     J        / 

3   37.  12 

J 

62.6 

J 
2 

O           J 

7.  605 

+    22    30   34.  4 

65.8 

3 

5-  5° 

^y!)u 

2951 

O.  Arg.  8.6311     .    .    . 

8.S 

j  oy 

7     3  52-43 

66.9 

2 

O           J 

+  2.507 

-  23  43     4.4 

66.2 

2 

-    5-52 

2952 

2OC  7 

O.  Arg.  N.  7623   .    .    . 
48  Geminorum           .        . 

7.0 
6.0 

3  53-33 
•i  55.86 

64.  I 
6s.  i 

3 
2 

9-394 
•?.  654. 

+  78  3°  23.  i 
+   24  21   32.  4 

65-4 
68.6 

2 
2 

5-52 
5-  52 

•'yij 
2954 

Lacaille  2641    .... 

7.0 

•J     JJ 

3  56.  87 

V  J.      * 

70.1 

5 

o    j*t 

2-472 

-  25     o  25.  6 

70.9 

4 

5-53 

2955 

Weisse  VII,  93    ... 

8.0 

3  58-5° 

62.4 

3 

2.738 

-   H  32  27.7 

63-4 

4 

5-53 

2956 

?ftC*7 

O.Arg.  8.6317     .    .    . 
Rumker  2  I'll 

8.4 

7     3  58-77 

4      Q. 

71.8 

4 

+  2.473 

•3.   C  12 

—  24  59     2.  9 
-(-185?     o.  •? 

71.2 

7O.  2 

4 

2 

5-53 
5-  54 

•^957 
2958 

Ru'mker  2130  .    .    .    . 

8.2 

T"          7* 

4  18.  18 

66.  i 

2 

O*  J  •  *• 

4-239 

J  J               J 

+  42  16  44.  3 

67.2 

I 

5-55 

2959 

Lacaille  2643  •    •    •    • 

7.0 

4  28.  18 

62.7 

4 

2-374 

—  28  31  20.8 

65.6 

2 

5.56 

2960 

Lacaille  2647.   .... 

4.2 

4  42.01 

63-7 

3 

2.410 

-  27   15  55-4 

69    2 

2 

5-59 

U.  S.  NAVAL  OBSERVATORY,  1845 


l877- 


77 


3 

Mean  Right 

1 

4 

S 

Mean 

rt 
<u 

i 

1   1      • 

"3 

Name  of  Star. 

c 

Ascension, 

c 

a    ">  & 

Declination, 

C 

•3 

C     (j    CO 

1 

D 
X 

M 

3 

1  860.0. 

rt 

6 
X 

1   " 

1  860.0. 

rt 
B 

6 

*&" 

h.  m.      s. 

s. 

0         /            // 

// 

2961 

22  Monocerotis     .... 

5-° 

7     4  42.  88 

66.0 

3 

+  3.066 

o  15  49.  I 

69.  2 

2 

5-59 

2962 

O.Arg.  8.6343    .    .    . 

7-3 

5     6.02 

67.0 

2 

2.318 

—  30  26    8.8 

73-4 

4 

5.62 

2963 

Riimker  2133       ... 

8.9 

5  10.09 

62.2 

I 

4-237 

+  42  18 

5-63 

2964 

Weisse  VII,  137  ... 

8.2 

5  13-26 

76.1 

2 

2-733 

-  H  47  ii-5 

72.7 

2 

5-63 

g 

5.0* 

5  !9-  83 

60.  9 

5 

3.450 

4-  16  23  34.  3 

56.7 

5 

5.64 

2966 

Weisse  (2)  VII,  135    . 

J 

8-5 

7     5  23-22 

71.1 

2 

+  3-677 

+  25  14  53-3 

71.2 

2 

5.64 

2967 

O.Arg.  8.6364    .    .    . 

8.8 

S  41-95 

69.6 

2 

2.508 

-  23  44  25.  o 

66.2 

2 

5-67 

2968 

Weisse  VII,  164  ... 

8-5 

5  43-  °4 

69.4 

3 

2-739 

-  14  34  11.9 

56.1 

I 

5.67 

2969 

B.  A.  0.2363    .... 

6-5 

5  53-8o 

61.2 

2 

3.  66S 

4-  24  56  47.  3 

70.7 

2 

5-69 

2970 

Weisse  (2)  VII,  153  . 

7-3 

6    4.48 

66.3 

5 

4-233 

4-  42  10  22.  7 

63-9 

3 

5.70 

2971 

Weisse  VII,  174     .    . 

8.2 

7     6    8.  07 

64.6 

2 

+  2.  746 

—  14  15  34-5 

70.8 

3 

•    5-7i 

2972 

Lacaille  2655   .... 

7-o 

6  27.  19 

63.8 

5 

2.416 

-  27     6     8.9 

62.2 

3 

5-73 

2973 

26  Canis  Majoris  .... 

5-5 

6  28.  44 

66.7 

2 

2-455 

-  25  42  38.  6 

66.2 

2 

5-73 

Anonymous                   . 

Q    O 

6  34.  6  1 

76.  i 

I 

2.  743 

-  14  23  ii.  9 

7O.  2 

I 

5-74 

2975 

Lalande  14051     .    .    . 

y*  u 

8.0 

V      Jf    *» 

6  37-  91 

69.7 

2 

2.736 

-  14  39    o.  2 

56-2 

3 

5-75 

2976 

B.  A.  C.  2371    .    .    .    . 

6.0 

7     6  40.  52 

62.  2 

3 

+  2.315 

-  3°  35  24-  7 

68.2 

2 

5-75 

2977 

Lacaille  2659   .... 

6.5 

6  46.  55 

63-4 

4 

2.412 

-  27  14  29.5 

69.  i 

2 

5-76 

2978 

Lalande  14065     .    .    . 

8.0 

6  54.  02 

64.5 

2 

2-744 

—  14  20  42.  9 

72.7 

2 

5-77 

2979 

O.  Arg.  N.  7681    .    .    . 

8.6 

7  i°-  '7 

64.8 

4 

9-746 

+  7*9    8  34.  7 

63-5 

3 

5-79 

298O 

53  Oeminorum          .    .    . 

6.0* 

7  12.38 

64.6 

2 

3.756 

+  28    8  12.  5 

69.  7 

2 

5.80 

298l 

O  Arg.  S.  6430    .    .    . 

6.  i 

7     7  58.  ii 

63.6 

5 

+  2.417 

-  27     7     9.7 

64.5 

4 

—    5-86 

2Q82 

Anonynvius 

8-5 

8    2.28 

60.3 

4 

2.  746 

-    14    19    Id.  I 

68.1 

3 

5-87 

2983 

O.  Arg.  S.  6442  .    .    . 

9.0 

8  14.67 

68.  i 

2 

2.  420 

-  27     3  25-8 

71.6 

2 

5.88 

2984 

DM.  4-41°,  1629    .    . 

8.4 

8    21.  II 

71.2 

3 

4.214 

4-  41  46  48.  8 

75-3 

I 

5.89 

2985 

B.  A.  C.  2383  .... 

7.0* 

8  22.  74 

66.2 

2 

3-721 

4-  26  56  14.8 

68.8 

3 

5.90 

2986 

B.  VI.  +  38°,  1726     . 

7-7 

7     8  29.  14 

73-8 

3 

4-  4.092 

+  38  36  34-  5 

46.  2 

5 

-    5-90 

2987 

27  Canis  Majoris  .... 

4-5* 

8  32.96 

66.0 

2 

2.446 

—  26     6  48.  4 

6S.  8 

3 

5-9' 

2988 

Weisse  VII,  250  .    .    . 

7-4 

8  44-  75 

60.3 

4 

2-745 

-    H    22       7.3 

56-4 

5 

5-92 

2989 

B.  A.  C.  2377  .... 

6.0 

8  58.63 

77.1 

5 

11.291 

-\-  81   10    9.0 

73-o 

4 

5-95 

2990 

B.  A.  C.  2393  .... 

6.5* 

9  H-75 

67.1 

2 

2.427 

-  26  47  47.  7 

68.1 

2 

5.96 

2991 

B.  A.  C.  2394  .... 

7-4 

7     9  12-24 

67.1 

2 

+  2.323 

-  3°  24  57.  i 

66.6 

2 

5.96 

2992 

Weisse  VII,  274  ... 

7-5 

9  26.80 

70.  o 

6 

2-747 

-  H  15  17-4 

73-4 

6 

5-98 

2993 

O.  Arg.  N.  7753  .    .    . 

8-7 

9  36-  37 

61.  i 

3 

5-3°4 

+  60  14  28.  5 

63.2 

2 

6.00 

2994 

O.  Arg.  S.  6484  .    .    . 

8-3 

9  40.  44 

74-7 

3 

2.  518 

-  23  27  50.  5 

74-8 

3 

6.00 

2995 

Weisse  VII,  283  ... 

7-6 

9  41.48 

71.9 

5 

2-748 

-  14  15  58.0 

63-4 

6 

6.  oo 

2996 

O.  Arg.  S.  6489  .    .    . 

7-3 

7     9  44-44 

63.8 

3 

+  2.390 

-  28    7  20.3 

69.  i 

2 

6.  01 

2QQ7 

O.  "* 

q   AC, 

2.380 

-  28  27     3.  9 

73-  ' 

2 

6.  01 

2998 

Weisse  VII,  290  .    .    . 

y    J 

9.0 

y   ^j- 

9  51.21 

73-8 

3 

2-739 

-  14  36  47.6 

66.5 

3 

6.02 

2999 

Lacaille  2684  .... 

7.0 

9  54-96 

74-7 

3 

2.518 

-  23  29  49.  7 

66.6 

2 

6.02 

3000 

B.  A.  C.  2399  .... 

5-5 

9  56.  02 

63-7 

2 

2.322 

—  30  26  38.  5 

66.6 

2 

6.  02 

78 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

\ 
^ 

d 

1 

3 

£ 

o 

<— 

o 

o 
Z 

1  I'  6 
=    §8 
<  |  " 

Mean 
Declination, 
1  860.0. 

S 

^x 

a 

rt 

0) 

8 

1 

O 
0 

K 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /              // 

rt 

3001 

Lalande  14120     .    .    . 

7.0 

7     9  59-  62 

72.6 

2 

+  4-030 

+  36  55  32-9 

65-9 

3 

6.  03 

3002 

3OO7 

47  Camelopardi     .... 

7.0 

S.  S 

10    0.23 

IO      2.  "7$ 

61.2 
6-!.  T, 

3 

I  7. 

5-294 
7..4<;7 

-|~  60    9  20.  5 

-1-    1  6  47   2O.  7 

56-5 

71.2 

3 

6-  03 
6  03 

J^^O 

3004 

Weisse  VII,  300  .    .    . 

j  j 

9.0 

i  j 

10    7.44 

vj'  j 
69.  i 

*  J 
2 

j  ^j  / 
2-739 

1                "      *T/        •""    / 

-  14  37  46.0 

/ 

56.  o 

J 

5 

-•  vj 
6.  04 

3005 

B.  A.  C.  2320  .... 

6'.  o* 

10    8.84 

62.8 

9 

77-  792 

+   89      I    20.  8 

70.  1 

6 

6.  04 

3006 

Lacaille  2695   .... 

8-5 

7  10  40.  65 

65.1 

2 

+  2.331 

-  30  1  1  22.  4 

73-7 

2 

6.  09 

3007 

Weisse  VII,  316  .    .    . 

7-3 

10  42.  19 

64.1 

2 

2.740 

-  H  36    5-3 

57-i 

8 

6.09 

3008 

Weisse  (2)  VII,  327  . 

7.8 

11     1.70 

65.2 

2 

3-594 

+    22    16   33.9 

74-6 

2 

6.  12 

3009 

O:  Arg.  N.  7755  .    .    . 

8.0 

ii     9.  48 

64.  i 

3 

9.  600 

+  78  57  49-  9 

63-9 

2 

6.^3 

3010 

Weisse  VII,  320  .    .    . 

9.0 

II    IO.  IO 

67.8 

3 

3-345 

+   12     5  34-4 

57-  ! 

2 

6.13 

3011 

•3OI  2 

0.  Arg.  S.  7536  .    .    . 
Anonymous  .        ... 

9.2 
8  ? 

7   "   11.65 

If    22    QQ 

62.2 
60  7 

I 

2 

+  2.383 

2    7AO 

-  28  25  31.3 

14.    T.6    l6    Q 

73-i 
e.6.2 

2 

6.  14 
6  is 

O^*  ^- 
3013 

M.  2.91,65  

**•  j 

7.0 

»     *.*..  yy 
II      29.86 

"?•  t 

68.  i 

2 

•*"    /  T1" 

2-352 

^  o 

-  29  28  54.5 

J 

69.6 

J 

2 

u.  13 
6.16 

30H 

0.  Arg.  8.6553    .    .    . 

6-5 

II      32.   62 

65-1 

I 

2.318 

-  3°  38  55-  i 

72.1 

3 

6.16 

3015 

0.  Arg,  8.6554    .    .    . 

8.0 

I  I      32.  64 

65-1 

I 

2.318 

-  3°  39  29.4 

72.1 

3 

6.  16 

3016 

3OI  7 

Lacaille  2705  .... 
(f     Geminorum          . 

8.0 

7    4* 

7  "  33-30 

1  1    4^    57 

66/V 
58.  6 

2 
I  A7 

+   2.385 

3CQ2 

-  28  21     6.  9 

-1-    22     11     II     1 

66.  i 

en   6 

2 

6c 

-    6.  16 
6.  18 

Ow*  / 

3018 

DM.  +41°,  1638    .    . 

O-  ^ 

1      TO'    J  / 

ii  50.32 

71.2 

1  -T/ 
I 

•  jy* 
4-215 

I      ^*    **f    **•  0 

+   41    56      7-5 

jw-  M 
S8.2 

J 
2 

6.18 

3019 

DM.  +  25°,  1641     .    . 

9.0 

12      4. 

3-67I 

+    25    14    17.2 

71.9 

3 

6.21 

3020 

Weisse  (2)  VII,  347    . 

7.0 

12    14.30 

69.6 

2 

4-  199 

+  41  34  12.7 

52.2 

4 

6.  22 

3021 

DM.  +  25°,  1643    -    - 

8.5 

7  12  25.  91 

69.  2 

2 

+   3-67I 

-f-    25     15    2O.  2 

68.4 

4 

—    6.  23 

3022 

7O2"? 

B.  VI.  +  25°,  1645  .    . 
65  Aurigce      

8.8 

C      C 

12  34-97 

12  40.  50 

69.  2 

7O    2 

2 
I 

3-67I 

4O1O 

+    25    17    58-8 
_1_     -37        T     12     1 

64-7 
47     2 

2 

6 

6.  24 

6    2< 

J       J 
3024 

Mer.  C.  Z.  155,  57   .    . 

J'  J 

8.  i 

12  48.05 

/"•  * 
64.  2 

3 

•  ^J*-1 

2.349 

t      JJ              **•  J 

-  29  37  57-9 

T./  .  4 

73-2 

3 

u.  ^ 
6.26 

3025 
W26 

30  Canis  Majoris  .... 

3.8 

8.  7 

12  54-  25 

7    J2    CC 

67.I 

3 

2.488 

J_    2    322 

-  24  42     5.  i 

7O     "3^     21*     "\ 

66.  i 

7O    2 

2 
I 

6.27 
6    27 

J 

3027 

DM.  -f45°,  1424    .    . 

J 

/     *  *•   JJ' 
12   56.47 

46.  2 

i 

I      *•  J*"1 

4-353 

O^    JO    ^J"  J 

+  45  14  24.  7 

/  v^«  • 
46.  2 

I 

V.    A/ 

6.28 

3028 

Weisse  VII,  368  ... 

9.0 

12   57-23 

6l.6 

2 

3-352 

+    12   24  48.9 

62.2 

2 

6.28 

3029 

B.  A.  C.  2420  .... 

6.8 

13      8.30 

68.6 

6 

2.322 

-  30  32  44.  9 

68.4 

4 

6.  29 

3030 

O.  Arg.  S.  6600    .    .    . 

6.0 

13      9-26 

68.  i 

4 

2.444 

—    26    Ig    56.  2 

68.2 

2 

6.  29 

3031 

M.Z.  227,  35    .   .   .    . 

9.0 

7  13  21.04 

68.  i 

2 

+  2.310 

-  30  58  20.  4 

70.5 

3 

6.31 

3032 

Lacaille  2726  .... 

7.0* 

'3  24-53 

66.5 

3 

2.488 

-  24  42     3.  9 

66.  i 

2 

6.3I 

3033 

Weisse  VII,  387  ... 

9.0 

13  28.09 

61.7 

2 

3.368 

+   '3     6  34.8 

66.1 

2 

6-32 

3034 

Weisse  (2)  VII,  389   . 

7-5 

'3  43-  20 

69.  i 

2 

4-  199 

+  4i  37  34-9 

46.  2 

4 

6-34 

3035 

7m6 

O.  Arg.  S.  6623   .    .    . 

8.0 

7    C 

13  57-86 

7        I  L        I    O4 

68.  i 

6Q.    I 

2 
2 

2-445 

+     2    742 

—  26  18  52.5 

JA        -jf)       Af)       A 

69.  2 
rfi    2 

2 

6.36 
6   ih 

O  VJ 

3037 

V>7,8 

B.  A.  C.  2428  .... 
Anonymous  

/  •  j 

7.0 

8.8 

i        *  *f        *  •  v-'4- 
14       I.  20 
HI  Tf    "3O 

67.6 
69.  8 

2 

jt.  /^fi 

2.234 

2    7/12 

l*r    J"   *f'J'  *r 

-  33  28.18.6 

IA     T^    CQ    O 

5U-  • 
68.7 
?6    2 

2 

"•  ou 

6.36 

6  -*8 

O     O 

3O^Q 

Anonymous  .... 

8  ^ 

1  J'  Jw 

Ii     37    7i 

60.  o 

2 

*•  /'+'* 

2    7J.6 

i^  23    8.  8 

>">  » 
77    I 

VJ.  JO 

I'll 

O       J-7 

3040 

Weisse  (2)  VII,  414   . 

•  j 
8.0 

*T     J/  '    /  * 
14     46.    50 

46.1 

2 

*•  fV 

4-344 

+  45     7     5-  c> 

/J-  x 
72-1 

2 

6.  42 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


79 


Number. 

Name  of  Star. 

u 
•e 

i 

55 

Mean  Right 
Ascension, 
1  860.0. 

ILJ 

CJ 
U 
>* 

a 
u 

3 

£ 

o 

tM 

O 

d 

2 

Annual 
Precession, 
1860. 

Moan 
Declination, 
1  860.0. 

Mean  year. 

1 
"o 
o 

fc 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /        .  // 

// 

3041 

Lacaille  2741    .... 

6.6 

7   14  50.97 

67.6 

2 

+  2-442 

-  26  26  31.  4 

67.  2 

2 

•    6.43 

3042 

B.  A.  C.  2432  .... 

7.  o 

14  56.  17 

59-5 

2 

3-497 

+   18  32  18.7 

54-i 

2 

6-44 

3°43 

Lacaille  2747    .... 

6.  5 

15   13.92 

62.7 

2 

2-435 

—    26  42    14.  2 

67.1 

2 

6-47 

3°44 

O.  Arg.  S.  6666   .    .    . 

8.0 

15    20.  24 

67.6 

2 

2.402 

-27-53    25-3 

68.  i 

2 

6-47 

3°45 

Lacaille  ^753   .... 

7.0 

'5  31-83 

64.7 

2 

2-275 

-   32    12   59-4 

70.  i 

2 

6.49 

3046 

Weisse  VII,  461  ... 

8.  2 

7  '5  34-59 

70.0 

2 

+  2-737 

-  14  49  22.  i 

69.  2 

2 

6.49 

3°47 

Weisse  VII,  464  .    .    . 

8.0 

15  37-45 

65.6 

2 

2.746 

-  14  27  17.  1 

57-3 

3 

6.  50 

3048 

7OJ.O 

O.  Arg.  S.  6678  .    .    . 

7-3 

<;•  s* 

15  52.52 
16    8.48 

65-1 
60.  i 

4 
2 

2.402 

4-  551 

-  27  55  46.4 
+  49  29    4.  i 

69.  i 
54.2 

2 

3 

6.52 
6.54 

O^-rV 

305° 

Piazzi  VII,  67  .... 

j    j 

6.4 

16  16.47 

71.2 

3 

6.321 

+  68  44  42.  2 

68.7 

7 

6-55 

3051 

O.  Arg.  S.  6696  .    .    . 

6.8 

7  16  34-64 

75-4 

6 

+  2.493 

-  24  38  19.4 

74-2 

3 

6.58 

3052 

Weisse  VII,  500  .    .    . 

8.5* 

16  49.  88 

69.1 

i 

2-743 

-  14  36  45-  7 

56.2 

4 

6.60 

3°53 

B.  A.  C.  2443  .... 

7.0 

16  50.  02 

63.  2 

2 

2-273 

-  32  19  21.  8 

66.  i 

2 

6.60 

3°54 

70^1 

Weisse  VII,  502  .    .    . 
Anonymous  

9.0 
8.5 

1  6  50.  80 
16  58.32 

69.I 
63.2 

2 

2 

2-943 

2.  273 

-  H  36 
-  32  19  47.  7 

66.  i 

2 

6.60 
6.61 

O^JJ 

3056 

-inc? 

Lacaille  2762   .... 
i      Ocnii  riorum          * 

6.9 

4O* 

7  16  58.56 

17      I  .  60 

62.5 

<Q.  8 

2 
8 

+    2-463 
3.  74S 

-  25  44  44.  2 
+  28     421.3 

66.2 
65.2 

2 

3 

6.61 
6.  61 

JU3/ 

?ot;8 

.  «-» 

Q.  O 

/            y 

17    8.  25 

jy 
64.  I 

2 

J     /  MO 

2.  746 

-    14   29  45.  2 

71.8 

2 

6.62 

owj" 

3059 

Lacaille  2767  (1st*)    . 

y 

8-5 

17  '3-39 

69.  I 

I 

2.  166 

-  35  39  24-  i 

70.2 

3 

6.63 

3060 
^061 

Lacaille  2767  (2d*)    . 
Anonymous 

6.8 
8.  i 

17  13-43 

7    17    14.  ^O 

71.4 
68.8 

3 
3 

2.166 
+  2-  735 

-  35  39  16.0 
-  14  56  43.0 

69-3 
67.7 

5 

2 

6.63 
6.63 

3062 

M.Z.  225,47    .    .    .    . 

8.1 

/       /    **T"  jw 

i?  H-93 

64.  i 

3 

2.3H 

-  3°  58  44-  5 

68.6 

2 

6.63 

3063 

DM.  +  10°,  1526     .    . 

9.0 

17  23.52 

61.6 

4 

3-304 

+  10  24  43.  9 

65.7 

2 

6.64 

3064 

Lacaille  2769    .... 

5-° 

'7  39-5' 

66.2 

2 

2.294 

-  31  39  23.4 

67.6 

2 

6.67 

3065 

O.  Arg.  S.  6728    .    .    . 

8.0* 

17  40.98 

76.1 

4 

2.492 

-  24  41     8.  3 

65.1 

2 

6.67 

3066 

\Veisse  VI,  529    .    .    . 

8-5 

7  '7  43-32 

60.6 

4 

+  2.747 

-  14  28     8.  7 

60.4 

6 

—     6.67 

3067 

0.  Arg.  8.6734    .    .    . 

6.6 

17  5°.  73 

64-3 

3 

2.414 

-  27  33  55-4 

69.  2 

2 

6.68 

3068 

M.Z.  227,39    •    •    •    • 

6.7 

1  8  10.  69 

64.9 

4 

2.3H 

-  3«     i  5o.  5 

68.6 

2 

6.71 

3069 

B.  A.  C.  2453    .... 

6.7 

18  13.23 

6l.  2 

3 

2-339 

—  30  10  50.  4 

66.1 

2 

6.7: 

3970 

0.  Arg.  8.6747    .   .    . 

7-2 

1  8  20.34 

64.9 

5 

2-373 

—    29       I     12.0 

67.7 

2 

6.72 

3°7i 

TI     Canis  Majoris  .... 

3-3 

7  '8  33-47 

64.9 

5 

+  2.373 

-  29     i  58.  3 

71.4 

4 

6.74 

3072 

B.  A.C.  2455    .    .    .    . 

7.0* 

1  8  33.60 

63.8 

2 

3-576 

+    21    48  43.  I 

67.7 

2 

6-74 

3°73 

O.  Arg.  S.  6754    .    .    . 

8-5 

18  34.  01° 

77-i 

I 

2.645 

-  18  45     3-7 

74-8 

3 

6-74 

3°74 
vns 

O.  Arg.  S.  6762    .    .    . 

6.0 

7.  5 

18  40.  71 
18  42.  96 

70.1 
59-  ' 

3 
4 

2.645 
2.  744 

-  18  44  25.8 
-  14  36  38.  3 

72.5 
69.2 

3 

2 

6.75 
6-75 

O     /  J 

3076 

Weisse  VII,  551  .    .    . 

/    j 
7-2 

7  18  44-  78 

61.6 

6 

+  3-3H 

+  10  53    o.  3 

62.2 

2 

—     6.76 

3077 

Lalande  2790  .... 

7.0 

1  8  54- 

.    . 

. 

2.  172 

-  35  -34    2.  8 

67.1 

2 

6.77 

TO78 

Anonymous          .    .    . 

7    2 

19     i.  62 

68.7 

2 

2.  7l6 

-  14  57  51.4 

67.7 

2 

6.78 

J      i  w 

3079 

22  Lyncis  

/ 

6.0* 

19  17.  58 

/ 

60.4 

3 

/  J 

4.569 

+  49  57  24.  6 

54-  ' 

3 

6.80 

3080 

Mer.  C.  Z.  159,  83    .    . 

19  18.  80 

76.2 

I 

2.  3OI 

-  3i  3°  37-3 

74.2 

3 

6.80 

80 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

n 
<u 

a 
3 
u 

£ 

| 

0 

tM 

O 
0 

z, 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.  o. 

L 

rt 
V 
^ 

C 
rt 

OJ 

S 

1 
"o 

0 

K 

Annual 

Precession, 
1860. 

3081 
1082 

B.  A.  €.2461    .... 
63  Geminorum          .        . 

4-5 
6.0* 

h.  m.      s. 
7   19  22.05 

IQ    2$    64 

67.5 

61  6 

3 

1 

s. 
+   2.  300 

7      C73 

0            /           // 

—  31  32  ".3 

-1-    21    47    38    7 

72.2 

6q.  2 

4 
2 

// 
—    6.  81 
6.  81 

y*JU£- 
3083 

Weisse  VII,  369  ... 

8-5 

*  y      j-    T1 
19  27.  oi 

"j-  v 
66.5 

J 
2 

J-  j/  J 

3-3°5 

I      '       T-J    jv    / 

-f-  10  28  50.  o 

^ 

70.2 

2 

6.81 

3084 

0    Canis  Minoris  .... 

3-0* 

19  33-48 

60.  2 

2 

3.261 

+     8  34     5.  i 

73-8 

3 

6.82 

3085 

Laciille  2792   .... 

5-i 

19  37-13 

62.  2 

2 

2.487 

—  24.  56  35-5 

64.8 

3 

6.82 

3086 

DM.  +  10°,  1536     .    . 

8.8 

7  19  39-34 

60.4 

3 

+  3-  3°2 

-j-    10    21    56.  2 

65.5 

3 

•    6.83 

3087 

Lacaille  2797    .... 

7-  i 

19  50.63 

63-5 

3 

2.450 

-    25    20    57.1 

67.2 

2 

6.85 

3088 

7080 

B.  A.  C.  2463    .... 

6-5 

Q    O 

19  57.96 
IQ  ^8.  oi 

74-7 

7O    I 

4 
i 

3-735 

2    74.2 

+  27  49  5^-  7 
—   14  41    55.  4 

58.4 
67.  i 

3 

2 

6.85 
6.8? 

owoy 

3OQO 

y'  v 

•  ?  j 

IQ    ^8    41 

/ 
7O    I 

i 

•*•  /  *rm 

2    742 

—   14.   3Q   ??.  7 

70.  i 

I 

J 

.   6.8? 

jwyu 
7OQI 

p     Geminorum      .        .    . 

S    0* 

*  y    J  v-  ^' 

7  20    6.  10 

/ 

6c   i 

2 

••   /  •T* 

4-  1  8^0 

T     O-7     J  J      / 

4-^2       }    32.  2 

47-  i 

2 

V«      *JJ 

—     6.86 

o^y* 

3092 

Lalande  14465     .    .    . 

j-  ^" 

8.0 

20    14.97 

w^.  » 

68.7 

-> 

\     j*  "3? 

3-954 

1       O          O    J 

+  35     5     9-8 

49.2 

I 

6.87 

3°93 

B.  A.  C.  2466    .... 

6-5 

20    2O.  52 

63.i 

2 

2.3°4 

-  3i  27  47-o 

68.  6 

2 

6.88 

3°94 

O.  Arg.  S.  6810     .    .    . 

7-4 

20   22.  98 

64.4 

3 

2.446 

-  26  30  50.  5 

6S.  i 

2 

6.89 

3°9S 

Lalande  14473     •    •    • 

7.0 

20   32.  25 

73-7 

2 

4.  1  68 

+  4i     7  52-3 

60.6 

2 

6.  90 

3096 

DM.  4-  15°,  1578    .    . 

8.6 

7  20  35.  18 

66.1 

2 

+  3-42} 

+  «5  38  38.  8 

69.  2 

I 

—  •    6.91 

3  97 

Lalande  14484     .    .    . 

6-5 

20  42.  05 

69.  2 

I 

4.069 

+  38  27  23.  3 

47.8 

3 

6.92 

3'98 

Weisse  VII,  625  ... 

8.7 

20  45.  94 

63.2 

2 

2.823 

ii   >2  43-5 

70.  I 

2 

6.92 

3  99 

•j  100 

Lalande  14499     •    •    • 

9.0* 

C     C* 

21       1.62 
21      6.  OI 

76.2 
to    2 

2 
2 

4.019 

1    74^ 

+  37     3  49-  4 

-f-    28    12      4.  O 

49-2 
51.  i 

I 
12 

6.9). 

6.  QS 

3101 

DM.  +40°,  1876     .    . 

J*  J 

8.5 

7  21   16.  68 

JJ7*    • 

75-4 

3 

J'  1  ^J 
+   4-15^ 

+  40  43  46.  8 

72.  i 

3 

•  ?j 

-     6.96 

3102 

B.  A.  0.2470    .    .    .    . 

7.8 

21  16.  80 

62.5 

3 

2.822 

-   II    IS  33-  3 

6  3.  a 

2 

6.96 

3I03 

Weisse  (2)  VII,  594    . 

8.2 

21  24.92 

71.6 

4 

4.  148 

+  4^  38  43-  3 

6:.  2 

3 

6.97 

3'°4 

B.  A.C.  2472    .    .    .    . 

6.5 

21    57.09 

69.1 

2 

3-744 

+    23    12      5.5 

6:.  2 

2 

7.02 

3io5 

6     Canis  Minoris  .... 

5-5 

21    59.96 

68.  i 

3 

3-345 

+  12  17  33-  5 

70.1 

2 

7.02 

3106 

Weisse  (2)  VII,  613    . 

9.0* 

7    22       I.  10 

61.  i 

2 

+  4-  19^ 

+  41  45  i7-o 

53-2 

2 

7.02 

3i°7 

Lacaille  2814   .... 

7-5 

22    I3.OO 

63-2 

2 

2.404 

—  28     5  19.  3 

68.7 

2 

7.04 

3108 

Lacaille  2813   .    .    .    . 

6.6 

22    19.37 

64.6 

6 

2.446 

-  26  33  21.  8 

68.  i 

2 

7-°5 

3109 
3110 

Weisse  (2)  VII,  625    . 
O.  Arg.  8.6875     .    .    . 

8.5* 
8-5 

22    21.  36 
22   47.  04 

77-  i 
76.8 

I 

3 

4-  15° 
2-743 

+  40  44  31.5 
-  H  44  57-4 

75-2 
72-7 

I 
2 

7.05 
7.08 

3111 

R    VI    7h    77 

i>.  v  i.  7  ,  77      .    .    .    . 

7    22   54.87 

71.1 

, 

+  2.652 

-  18  35  23.9 

63.2 

2 

—  •    7.  10 

3112 

Lalande  14619     .    .    . 

6.0 

22  59-47 

72.4 

5 

2.  74  1 

-  14  42  13.6 

67.2 

2 

7.10 

3"3 

DM.  +  22°,  1706    .    . 

8.5 

22    59.48 

73-6 

2 

3-592 

+  22  3t  41.0 

70.  i 

I 

7.  10 

3"4 

Weisse  (2)  VII,  667    . 

8.0 

23  18.  98 

62.  2 

2 

3.420 

+  15  32  25.4 

71.8 

8 

7.13 

3»S 

Lacaille  2824  .... 

6.5 

23    27.31 

66.6 

2 

2.  112 

-  37  3'  23-  i 

65.6 

2 

7-14 

3116 

Weisse  (2)  VII,  68  1     . 

8.6 

7  23  38.40 

63.8 

5 

-h  3-422 

+    IS    38    II-  2 

68.2 

2 

—     7.  16 

3»7 

Weisse  (2)  VII,  682    . 

8.3 

23  38.  70 

64.2 

8 

3-421 

+  15  3''  '7-  i 

73-9 

4 

7.16 

3118 

3IIQ 

Lalande  14620     .    .    . 

5-8 

Q    2 

23  43-  99 

22   46 

64.6 

2 

3-463 

2     C  17 

-(-I?    22  '50.0 
—     M        1     ^2O 

67.2 

71    2 

2 

7.16 
7.  17 

3       y 
3120 

O.  Arg.  8.6907     .    .    . 

y*  ** 

8.1 

^O     V'* 

23   46.90 

64-3 

3 

*•  3** 

2.33.0 

*T-      *r    o 
-   30   21    27.  I 

/    ' 

68.2 

1 

it 

7-  '7 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


81 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

s 
>. 

s 
a 

S 

o 

0 

o 

Z, 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

S 

>> 

s 

s 

1 
"o 

o 

Z 

Annual 
Precession, 
1860. 

1  1  -j  i 

8.6 

h.  m.     s. 
7  2?   52. 

s. 
4-  2.612 

0         /             // 

—    2O   30  32.  2 

74.  c 

•t 

// 

-    7.  17 

jt^i 

1  1  22 

Anonymous            .    ,    . 

q.  2 

/     **  j  ' 
21  ;6.  20 

6s.  2 

I 

2.  516 

-    28   58 

/  ^    J 

j 

/      / 
7-  17 

;»*•*• 

3123 

Weisse  (2)  VII,  678    . 

y 

8.0 

J    J 

24  3-05 

**J     " 

69.  i 

2 

4-175 

+    4'    28      7.9 

60.  2 

2 

*            / 

7.19 

3>24 

Tr.  Z.  150,  10  .    .    .    . 

8.0 

24  13.06 

69.  i 

2 

2.494 

7   24  5'    25.1 

64.6 

2 

7.20 

3125 

7  126 

Lalande  14637      .    .    . 

7.0 
7.  4 

24  15-92 

7    24   22.  08 

60.  5 

77-  2 

2 

I 

3-576 
h    2.  605 

-f  21  42     9.  9 

—    2O  31      5.  2 

56.1 

74-  7 

2 

2 

7.20 
—      7.  22 

3127 

Weisse  (2)  VII,  705    . 

9.0 

24    22.63 

68.1 

3 

3.420 

+   15  34  32-4 

66.2 

I 

7.22 

3128 

O.  Arg.  8.6941     .    .    . 

8-3 

24   50.44 

64.1 

2 

2-394 

-  28  33  3S.  5 

69.2 

2 

7.26 

3129 

O.  Arg.  S.  6946     .    .    . 

8.6 

24    54-45 

64.  i 

2 

2-394 

-  28  32  46.  7 

69.2 

2 

7.26 

3'3° 

Weisse  VII,  756  ... 

8.8 

24    57-21 

59-i 

2 

3-3°8 

-I-  10  43     i.  8 

64.  2 

2 

7.27 

3>3' 

Weisse  (2)  VII,  727    . 

8.0 

7  25     6.  62 

67.1 

2 

+  3-436 

-|-  16  16  41.  5 

73-  ' 

3 

7.28 

3'32 

O.  Arg.  S.  6948     .    .    . 

7-5 

25    8.  10 

63-7 

7 

2.415 

-  27  48  1  5.  9 

66.1 

3 

7.28 

3133 

O.  Arg.  S.  6949    .    .    . 

7.6 

25     8.32 

64.1 

4 

2.414 

-  27  49  45.0 

66.  i 

3 

7.28 

3'34 

O.  Arg.  8.6951     .    .    . 

9.0 

25  14. 

.    . 

2-397 

-  28  27  18.  5 

47.2 

i 

7.29 

3'3S 

•j  i  -3  f\ 

B.  A.  C.  2484    .... 
68  Geminorum           .    . 

5-5 
S.o* 

25  16.05 

7    25    16   06 

66.2 

6O.  4. 

2 
IO 

2-333 

+     ?    412 

-  3°  40  15-  7 

_L     16       7    2S    O 

66.2 
68.  i 

2 
2 

7.29 

7     7_2 

J1  JU 

3*37 

Weisse  (2)  VII,  728    . 

J 

7.0 

/    'j    jv-  y^ 

25       37-72 

*****  f- 

74-5 

4 

Jm  ^J£ 

4-  147 

i       '           /     *j-  v 
+    40  48    21.5 

53-2 

2 

/•  J-* 

7-32 

3138 

"*  I  7O 

a1    Geminorum  
a2   Geminorum 

3.0* 
i.  q* 

25  39-  3° 

2C      2Q     8^. 

61.3 

C  C     2 

28 
1  60 

3-856 
^  8";6 

+  32  ii  27.  7 

+     72     II     7.O     I 

51.0 

C  f      I 

16 

I  7 

7-32 

7     22 

j1  jy 

3J40 

Weisse  (2)  VII,  730   . 

3 

9.0* 

"3    j?'  *-M 

25  40.  34 

JJ'  * 

77-2 

6 

o-  °.)u 

4.184 

;>•     *  *     JWi   * 

+  41  45  55.8 

J  l  '  * 

60.6 

1  / 
2 

/•  6A 

7.32 

3HI 

•3  T  J.-? 

Weisse  VII,  816  .    .    . 
v     OeiYnnorum  

9.0 

<;.  o* 

7  27     4.62 

27    17.  <O 

59-i 

Co.  7 

2 
I  I 

+  3.366 

37  IO 

+  '3  18  45-0 
-{-  27  12  10.  8 

69.  2 
6l.  2 

2 

•     7-44 

7    A"; 

J  "I"* 

3M3 

Weisse  VII,  835  .    .    . 

j 
7-5 

/       /  *  j 
27    22.  12 

J  7     1 

59.2 

2 

•  /  *'-' 

2.757 

-  14  13  25.8 

55-9 

3 

/  '*O 

7.46 

3H4 

O.  Arg.  S.  7026    .    .   . 

7.0 

27    24.  21 

65.6 

2 

2.411 

-  28    I  36.4 

66.5 

2 

7-47 

3>45 

Weisse  (2)  VII,  789    . 

7-5 

27   41.  II 

68.6 

2 

4-  I56 

+  41     9     3-o 

62.6 

2 

7-49 

3H<5 

Weisse  (2)  VII,  791    . 

8.0 

7  27  42.36 

68.6 

2 

+  4-  '54 

+  4i     S  28.9 

62.6 

2 

•     7-49 

3H7 

Lacaille  2,852   .... 

7.0 

28    8.  23 

64.5 

4 

2.  264 

-  33    5  57-7 

62.2 

2 

7-52 

3H8 

Weisse  VII,  87  1  .    .    . 

8.5 

28  29.  96 

64.1 

2 

2.748 

-  H  38  43-o 

55-5 

3 

7-55 

3'49 

-II  CQ 

Groombridge  1343  .    . 

6.7 
$.  o 

28  40.  90 

28  4.2    7  } 

68.8 

60      ^ 

3 

1 

4-059 
2    4.7  1 

+  38  34    7-  i 

—    2C.    4.8   46    4 

46.2 

66.  5 

3 
i 

7-57 
7  t;? 

j  j 
3i5i 

Lacaille  2857   .... 

J 

6.5 

T"          /  J 

7  28  52.44 

V7'  J 

62.5 

o 

2 

•'    T-/  J 

+    2.449 

*O    V*    V  ^ 

-  26  42  38.  5 

68.2 

j 

2 

/  •  jt 

7.58 

3152 

Weisse  (2)  VII,  840    . 

7.5 

28  55.49 

76.7 

7 

3-566 

+  21  40  54.7 

75-o 

4 

7.59 

3153 

Lacaille  2859   .... 

6.2 

28  56.  47 

64.2 

3 

2.263 

-  33     9  47-o 

67.7 

2 

7.59 

3'54 

O.  Arg.  8.7063     .    .    . 

7-7 

29  14.01 

64.4 

6 

2.383 

—  29  .6  18.  6 

73-o 

4 

7.6i 

3'55 
3K6 

O.  Arg.  S.  7065     .    .    . 
70  Geminorum  

9.0 
6.0* 

29  20.  1  8 

7    2Q    21    OO 

69.  2 
60.  I 

2 

2.474 
_1_    7   050 

-  25  48  50..9 

+?c    21     2O    I 

66.6 

C  I     n 

2 

7 

7.62 

-      7   62 

j  j 

3157 

Lacaille  2867   .... 

4.0 

/     ^y    •••  vy 
29    45.67 

62.2 

3 

i     j-  SrDu 
2.413 

Jj     **     *yf  *• 

-  28    3  42.  2 

j  *  •  y 

67.1 

/ 
2 

/  '  ^* 
7-65 

3158 

Lacaille  2864   .    .    .'    . 

8.0 

29    46.  28 

66.  i 

2 

.2.473 

-  25  50  51.4 

7>-5 

3 

7.65 

3159 
1160 

Weisse  (2)  VI  I,  874   . 

9.0 
5.  7 

29  58.  99 
30     i.  1  8 

65.7 
69  6 

S 

2 

3-566 

3Q3  1 

4-    21    46   31.  I 

+    ?4.   ej.      -i  j. 

56.1 
69.6 

2 

C 

7.67 

7  68 

j 

j    l 

wy.  v/ 

-  yj4 

JT'    J4-      J-  ^r 

J 

/  *  ^^ 

AP  1  84- 


82 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

1 
c 

rt 

OJ 

*S 

tfl 

4; 

o 

*o 

o 

2 

Annual 
Precession, 
1860. 

Mean 
Declinati-ou, 
1  860.0. 

§ 
>, 

g 

rt 
0 

S 

\e 

•% 

o 
o 

fc 

Annual 
Precession, 
1860. 

h.  m.      s. 

s 

o       /       // 

// 

3161 

M.  Z.  216,  57    .... 

8-7 

7  30     2.  82 

64.5 

3 

+   2-369 

-  29  41    37.0 

65-5 

3 

7.68 

3162 

Weisse  VII,  924  .    .    . 

7-5 

30     9.58 

72.6 

2 

2.  /6o 

—  14  ii     8.8 

55-8 

2 

7.69 

3163 

M.  Z.  216,  58    .... 

8.6 

3°  '3-49 

64-5 

3 

2.366 

-  29  45     5-o 

70.2 

3 

7.69 

3164 

O.  Arg.  S.  7099    .    .    . 

8-7 

30    22.  26 

66.8 

3 

2.386 

-  29     3     0.4 

68.2 

2 

7.70 

3165 

O.  Arg.  8.7101     .    .    . 

7-5 

30    27.  20 

67.6 

2 

2.438 

-  27  ii  44.  2 

70.1 

2 

7.71 

3166 

Lacaille  2873  .... 

6.5 

7  30  33-  ii 

66.6 

2 

+    2.268 

-  33    5     3-7 

62.2 

2 

•     7-72 

3i67 

O.  Arg.  8.7107     .    .    . 

7-5 

3°  35-46 

67.6 

2 

2.390 

-  28  56  22.  8 

70.2 

2 

7.72 

3168 

Lacaille  2870   .... 

6.5 

3°  42.  33 

67.1 

2 

2.496 

-  25     i  23.0 

67.6 

2 

7-73 

3169 

Groombridge  1352  .    . 

7-° 

30  48.  80 

68.8 

3 

4-°59 

+  38  39  38-  8 

46.9 

3 

7-74 

317° 

M.  Z.  231,54    .    .    .    . 

9.1 

31     7-30 

73-i 

S 

2-33' 

-  31     o  36.4 

7O.  2 

2 

7-76 

3'7i 

Lacaille  2876   .... 

7-o 

7  3i  21.85 

68.6 

5 

+  2-537 

-  23  27  48.  8 

67.6 

2 

•     7-78 

3«72 

O.  Arg.  8.7131     .    .    . 

7-6 

3i  23-17 

64.7 

2 

2.441 

—  27     6  39.  4 

70.1 

2 

7-79 

3'73 

f     Geminorum  

6.0* 

3'  23.34 

60.8 

6 

3-472 

+  '7  59  23.9 

59-3 

5 

7-79 

3174 

Weisse  (2)  VII,  915     . 

8-5 

31  25.24 

68.  i 

2 

3-544 

+  20  56  47.7 

69.7 

2 

7-79 

3'75 

M.Z.  231,55    .    .    .    . 

7-8 

31  26.78 

75-4 

4 

2-331 

-  31     i  26.  5 

70.2 

2 

7-79 

3'76 

Weisse  VII,  968  ... 

9.0* 

7  31  47-  15 

59-i 

2 

+  3-3°5 

+  10  42  38.  o 

57-2 

2 

7-81 

3177 
•U78 

a  Canis  Minoris  .... 

I.  O 

3i  58.47 
32  10.  16 

57-3 

6Q.  2 

234 
I 

3-  '92 

2    7?O 

+     5  35    o-2 

—    14  40    17.7 

51.6 

c6    5 

57 
-i 

7-83 

7   8} 

J*/M 

7I7Q 

///    Puppis 

4-  5 

32  28.  ^6 

vy,    f 

69.6 

2 

•  /  J 
2    4Q7 

»  *f        ifl-V^          1    1     ,      f 

—  2<;     2  (6.  i 

Jw-  J 

64    7 

j 

2 

/  •  u  o 

7  87 

J*  /  y 

3180 

B.  A.  0.2526    .    .    .    . 

6.0 

J          ***"  J 

32  40.7' 

7      " 

64.8 

4 

•  ^y  f 

3-  '91 

•j     •  jw-  * 

+     5  33     o-4 

"T--  / 
69.  2 

2 

/  •  w 

7.89 

3181 

O.  Arg.  8.7167     .    .    . 

7.6 

7  32  44.  66 

69.  2 

3 

+  2-329 

-  31     8  15.0 

69.  I 

2 

7.90 

3182 

DM.  +  21°,  1661     .    . 

7-5 

32  54-  92 

69.  I 

2 

3-562 

-j-  21  46     7.  6 

56.5 

3 

7.91 

3183 
^184 

B.  A.  €.2521    .    .    .    . 

6.0* 

6.2 

32  55-49 
W     5-  08 

68.  i 

62.  2 

3 

3 

10.  499 

2.  4.60 

+  80  36  23.  8 

—   26   2Q      7.  1 

71.6 
68.5 

10 

a 

7.91 

7    Q2 

J*  "**• 

^18? 

6.7 

O  J        J 

11     ^.61 

62.  2 

T. 

•  *tu 
2.  4.6o 

y     /    j 
—  26  29  16.  6 

68.5 

j 
a 

/  •  y* 

7    O2 

J       J 

3186 

51   Camelopardi     .... 

6.0* 

JJ        J        J 

7  33  15-  I0 

62.2 

O 
2 

m*  ifw 

+  5-802 

+  65  47     4-4 

68.6 

j 

2 

/  •  y* 

7-94 

3i87 

DM.  +  10°,  1593     .    . 

8.8 

33  24-06 

67.4 

4 

3-298 

+  10  26  56.  o 

73-9 

3 

7-94 

3188 

DM.  +  5°,  1747   .    .    . 

9-4 

33  25.99 

65-2 

i 

3-I9I 

+    5  3i    0.5 

68.6 

2 

7-94 

3i89 

M.Z.  216,61     .    .    .    . 

8.0 

33  27.  54 

70.  I 

i 

2.368 

-  29  49  16.  7 

68.2 

2 

7-95 

3190 

Tr.  Z.  158,  in      .    .    . 

7-7 

33  35-48 

69.6 

2 

2.528 

-  23  54  40-  3 

67.2 

2 

7-95 

3191 

DM.  +  21°,  1668     .    . 

7-o 

7  33  59-52 

65-1 

I 

+  3-550 

-f-  21   18    4.  i 

72.  2 

2 

8.00 

3192 
3I<H 

Tr.  Z.  218,6      
Anonymous  

8.2 

34    5-6S 
T.A.     6:  CH 

71.8 

72.  3 

3 

7 

2.  229 

2.  7?O 

-  34  30  10.  2 
—  14  19  21.  8 

72.6 
65.6 

3 
6 

8.01 
8.  01 

j   yj 

3194 

O.  Arg.  8.  7224    .    .    . 

7-3 

Jff             ._,.     yj 

34  32-  76 

/      j 
64.  I 

/ 

3 

1  Jy 
2.369 

-  29  50  53.  7 

66.7 

2 

8.04 

3'95 

Weisse  VII,  1053    .    . 

9.0 

34  37-  71 

61.  i 

2 

3-368 

+  ij  34  12.  i 

60.9 

3 

8.05 

3196 

Tr.  Z.  218,  7     .    .    .    . 

9-2 

7  34  48.  1  1 

69.1 

I 

+    2.231 

-  34  28  36.  3 

72-7 

2 

—    8.06 

3'97 

Lacaille  2908  .    .    .    ." 

7-5 

34  54-  25 

67.9 

3 

2.372 

-  29  45  33-  3 

66.2 

2 

8.07 

3198 

Weisse  (2)  VII,  1022  . 

9-  ' 

34  55-  86 

68.3 

4 

3-547 

+    21    13   49.  I 

71.2 

2 

8.07 

3199 

Lalancle  15006     .    .    . 

7-1 

34  56.45 

69.  2 

2 

2.528 

-  23  57     5.  i 

67.6 

3 

8.07 

3200 

O.  Arg,  8.7237     .    .    . 

8.6 

34  56-9" 

67.9 

3 

+  2.373 

-  29  4;  41.4 

66.2 

2 

8.07 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


83 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

a 
i> 
>> 

I 

2 

£ 

o 
"o 

1 

Annual 
Precession, 
i860. 

Mean 
Declination, 
1  860.0. 

!• 

rt 
f, 

rt 

V 

S 

1 

teri 

O 

6 
>? 

Annual 
Precession, 
1860. 

h.  m.       s. 

s. 

0          /             // 

// 

3201 

li.  A.C.  2544    .    .    .    . 

7.0* 

7  35     1-68 

61.2 

2 

+  3-  585 

+  22  43  33-  i 

65.6 

2 

8.08 

3202 

72O? 

0.  Arg.  8.7239     .    .    . 

Anonymous  . 

7.0 

8.0 

35     3-  03 

7C         6     OS 

67.0 

en    o 

3 

] 

2.432 

2.  760 

-  27  37  22-° 
14  ]g 

68.2 

2 

8.08 

8.  OQ 

O       O 

3204 

"?2O<* 

Kacaille  2916   .    .    .    . 
K  Geminorum 

5-5 
4.0* 

oj      w>  yj 
35  26.69 

7C    Cn    C  J 

jy-  v 
73-8 

rg    7 

3 
i  ; 

2.328 

7  6^t; 

-  31   20  14-5 

+      24    A  I     J.S      J 

65.  2 
eg    1 

2 

7 

8.12 

8.  16 

O       J 

3206 

O.  Arg.  S.  7286     .    .    . 

7.0 

OJ     JJ'   JJ 

7  36  34-  67 

j1-1-  / 

66.6 

*  j 

5 

j-  '-'jj 
+  2-372 

''"t     T-J     T**.   J 

-   29  5'    32-4 

J"'  .» 

66.5 

/ 

3 

—      8.20 

3207 
5208 

O.  Arg.  S.  7289    .    .    . 
3   Geminoruni  

8.6 

I.  O 

36  38.  84 

?6    44    77 

66.6 
c8  <i 

2 
2O4 

2-434 

-?    7  ?O 

-  27  36  16.  2 

-L.    28    21     IQ    2 

69.6 

4Q    6 

2 
4O 

8.21 
8.  22 

j«rvn 

3209 

O.  Arg.  S.  7296    .    .    . 

8-3 

.1          *T*T*    /  / 

36  47-  52 

J         J 

75-4 

•**f 

4 

O*  /  ,5^ 

2.370 

I         •**      •*       J7 

-  29  54  46.  2 

T-y-  w 

67.2 

t" 

i 

8.22 

3210 

Lacaille  2923   .... 

6-5 

37     i-47 

65.7 

2 

2-477 

-  26     i    15.8 

67.2 

2 

8.24 

3211 

Lalande  15079     .    .    . 

8.0 

7  37  24.  35 

75-7 

5 

+  2-836 

10  58  53.8 

68.7 

2 

—      8.28 

3212 

Lacaille  2929  .... 

6.8 

37  49-  "8 

68.7 

2 

2.500 

-  25  10  19.  9 

64.6 

2 

8.30 

32'3 

?2I4 

Lalande  15073     .    .    . 
g    Geminorum               .    . 

7-7 

C.  7 

37  5i-7i 
38    o.  98 

65-3 

62    Q 

4 

!T 

3-55° 
i  487 

+    21    27    28.5 

-4-   18  ^o  ^2.0 

68.7 

66.  i 

2 
2 

8-31 
X     77 

J*"*T 

321  1 

T    Geminorum 

j    / 
c.  <* 

38  28  70 

***•  y 

62.  o 

J 

o-  'r0/ 
!    88i 

-4-     77    AC    21     I 

62.  2 

2 

o.  32 

S   7C 

O*"  J 

3216 

1  1   Canis  Minoris  .... 

J      J 

6.0* 

ju    *.v.  jy 

7  38  33-  76 

60.  i 

.     2 

0-  °°*f 

+  3-31" 

T^    OO    43    »*•  1 

+     11        6    21.  I 

54-2 

3 

°-  35 
8.36 

32I7 

Lacaille  2941    .... 

7.0 

38  43-  25 

66.6 

2 

2-332 

-  3"  20  49.3 

67.7 

2 

8-37 

3218 

Radcliffe  2020      .    .    . 

7-5 

38  52.05 

62.  i 

2 

20.  833 

+  86    5   16.8 

67.2 

2 

8-39 

3219 

2     Puppis  (ist*)    .    .    .    . 

7-3 

39     2.  34 

60.6 

4 

2.  76  C 

-  14  20  56.  6 

58.7 

4 

8.40 

3220 

2     Puppis  (2d*)    .... 

7.0 

39     2.80 

61.  i 

6 

2.  761 

-  H  21   I'-  3 

57-4 

6 

8.40 

3221 

3222 

Kiimker  2282   .... 

4Punnis 

8.8 

A       C 

7  39  28.  76 

-JQ      3O     CM 

59-8 
65.  6 

3 

2 

-F  3-  356 

2    764 

+  '3     9  33-o 

J  A       |2      2  A      f\ 

56.2 

AS     T 

2 
2 

•     8-43 

8     A  A 

„>*••*•• 

3223 

O.  Arg.  S.  7376   .    .    . 

T-    J 

7.8 

jy  jw-  "r 
39  35-31 

64.  o 

4 

••  /U4 

2.446 

B4   *o  o4-  u 

-  27  18  13.6 

uo.  / 

69.7 

2 

o.  44 

8.44 

3224 

Weisse  (2)  VII,  1143  . 

7-9 

39  4°-  57 

65.  2 

5 

3-547 

+    21    22    35.0 

69.  2 

2 

8-45 

322S 

Lacaille  2952   .... 

7.0 

39  57-°8 

65.6 

5 

2-  534 

-  23  55.  5.0 

68.  i 

2 

8-47 

3226 

B.  A.C.  2581    .    .    .    . 

6.5 

7  40  2  1  .  69 

66.7 

2 

+  2.258 

-  33  53  41-9 

69.7 

2 

—    8.50 

3227 
•5228 

B.  VI.  +  38°,  1820  .    . 
Anonymous 

7-5 

91 

40   22.  OI 
4O    "?O.  06 

75-5 
66.  7 

6 

2 

4.031 

2     llii 

+    38    22       2.  7 
27     lA     CS     7 

73-o 
69.  6 

5 

2 

8.50 

8   c-> 

j  *• 
3229 

72  3O 

Weisse  VII,  1232    .    . 
Anonymous  

•    ' 

8.0 
8.0 

40  44.  39 
40  t;  8  17 

68.8 

69.  2 

3 

*•  *fty 

2.818 

2    76? 

*/     *1-    0°-  ^ 

-  ii  Si  34-  i 
—  14  16    7.8 

68.2 

C7     C 

2 

o.  5Z 

8-53 
X   cc 

JO 
3271 

Anonymous  

8.0 

t1-'  j^-  i  / 
7  4  1     o.  1  2 

64.  I 

2 

-  /    J 
)~    2    76l 

—    14   26   24   O 

J/'  .) 

cri  i 

2 

°-  ii 
S  cfi 

JO 
7272 

s.      1'uppis  . 

8.0 

41    2^    32 

66.  5 

t            / 

2.818 

I  I      C  I          C      I 

o°-  ' 

<>-   i 

2 

O.  jU 

X   -- 

O    O 

3233 

DM.  +  38°,  1825    .    . 

9.0 

T1*        *J'    J^ 

41  41.  72 

74-8 

3 
4 

4.022 

1     Jl        O-   * 

+  38  10  42.7 

07.  i 
46.  2 

i 

°-  57 
8.61 

3234 

Riimker  2287   .... 

6.0 

4i  43-53 

73-9 

3 

3-354 

+  13    9  42.4 

56.2 

2 

8.61 

323S 

Weisse  VII,  1259    .    , 

8.  i 

41  56.22 

65.1 

2 

2.818 

-   ii  52  23.0 

68.7 

2 

8.63 

3236 

O.  Arg.  S.  7442   .    .    . 

9.0 

7  4i  57-77 

69.6 

2 

+  2-539 

—  23  50  26.  6 

70.7 

2 

—    8.63 

3237 

Lalande  15196     ... 

6.0 

4i  57-84 

69.6 

2 

3-  996 

+  37  25  59-  5  ' 

47-i 

2 

8.63 

3238 

0.  Arg.  S.  7444   .    .    . 

7-5 

42    3.60 

67.1 

2 

2-37o 

-   30    12    17.0 

68.7 

2 

8.64 

3239 

0.  Arg.  S.  7443   ,  .    . 

9.0 

42    4.  15 

68.4 

3 

2-537 

-  -3  54  54-  4 

72.2 

2 

8.64 

324Q 

0.  Arg.  S.  7445   .    .    . 

9.0 

42    4.71 

67.7 

2 

2.450 

-  27  16  37.  6 

69.7 

2 

8.64 

84 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

M 
• 
B 

>^ 

C 
ri 

cu 

S 

ui 

^ 
0 

S! 
o 
2 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.5. 

|M 

rt 
jj 

C 

C3 
V 

^ 

£, 
O 

'o 
6 
Z 

Annual 

Precession, 
1860. 

3241 

-324.2 

O.  Arg.  S.  7449  .    .    . 

O        PUDDIS    . 

8-5 

4..  O 

h.  m.      s. 
7  42     9-  '9 
42  15.88 

77.2 
70.  i 

i 

2 

s. 
+  2.549 

2.  494 

O            /             // 

-  23  25   19.  i 

—    2?    •)<;    32.  3 

73-5 
67.6 

3 

2 

// 
•     8.64 

8.66 

j  *-*t* 

3243 
724.4. 

M.  Z.  216,  70    .... 

Anonymous 

Q   O 

42  17.00 

A  2    2  1 

77.2 

J 

2.381 

2    tf  Co 

J     O  J     J         3 

—  29  47  25.  6 

21    21    iS    7 

72.5 

73    T 

3 
i 

8.65 
8.  66 

J*-**-T- 

3245 

324.6 

DM.  +  38°,  1826    .    . 
Lalande  15252     .    .    . 

y.  v^ 

8-5 

t^f.     m  f  . 
42    2  J..  80 

7    4.2    2Q. 

63.8 

3 

*•  J  Ju 
4.019 

4-    2    8lQ 

•^J      *T     J0'    / 

+  3?    9  17-1 
—  jo  co     7.  i 

I***  * 

58.7 

65  i 

4 
I 

8.66 
8.67 

O      T' 

-2247 

Anonymous  

8.  5 

/       T^          ™jF" 

4.2    3  I.  4.6 

?Q.  2 

2 

—  y—      i,.   u»y 

2.766 

—    I  ±    I  1    17    A 

C  5   2 

2 

8.  68 

J      T"/ 

•2248 

Anonymous      .... 

J 

Q.  2 

T"—      O  _)      T^ 

42    31. 

jy  • 

2.  5OO 

*  T      *  J      J  I  •  *f 

—    2?    2J.    77    6 

j      ^ 

67  6 

2 

8.  68 

J      T^ 

-324.1 

Anonymous  

y 

8.  ? 

•r"    O  T 

4.2    34..  4,8 

60.  I 

I 

2.  500 

*J      *T     J/  '  u 

—    21    21    27    1 

**/  •  *•* 

68  7 

2 

8.68 

J^t/ 

3253 

B.  A.  C.  2590  .... 

J 

6.0 

*r—    OT    T^ 

42  35-  39 

";#'  * 
69.  2 

I 

9.806 

*j    *3    *^  -  .> 

+  79  51   IO-4 

*-*•  i 

71-3 

6 

8.68 

325' 

0.  Arg.  S.  7458  .    . 

8.8 

7  42  3°-  94 

71.  I 

I 

+    2.537 

-  23  54  55-  i 

72.2 

2 

—     8.68 

325  = 

O.  Arg.  S.  7464   ,    .    . 

8.1 

42  48.  36 

64.  2 

3 

2.466 

-  26  41  55.9 

69.  2 

2 

8.70 

325,; 

O.  Arg.  S.  7465    .    .    . 

7-9 

42  50.  09 

64.I 

4 

2.468 

-  26  38  49.  4 

69.  2 

2 

8.70 

3251 

Groombrirlge  1359  .    . 

7.0 

42  53-  '2 

62.5 

2 

I5.465 

+  84  26  54.3 

62.2 

3 

8.70 

3255 

Lalande  15235     .    .    . 

7.0 

43     L43 

69.  2 

I 

3.967 

+  36  37  28.0 

47.  i 

2 

8.71 

3256 

O.  Arg.  S.  7470    .    .    . 

7-5 

7  43    5-  35 

64.4 

3 

+    2.365 

-  30  24  32.6 

68.2 

2 

-     8.72 

3257 

B.  A.  C.  2599    .... 

6-3 

43    9-  H 

60.  I 

2 

2.522 

-  24  33  54.6 

70.2 

4 

8.73 

3258 

DM.  +  38°,  1828   .    . 

43  10.50 

46.1 

I 

4.023 

+  38  17  40.3 

46.  2 

3 

8-73 

3259 

0.  Arg.  S.  7473    .    .    . 

7-8 

43  "-94 

68.8 

3 

2-379 

-  29  54  47.  5 

70.7 

4 

8.73 

3260 

0.  Arg.  8.7476    .    .    . 

8-5 

43  21.58 

71.2 

i 

2-55° 

•  23  27     3.  i 

70.7 

2 

8.74 

3261 
3262 

B.  A.  C.  2596    .... 
£     Argus    

5-5* 

4.  3* 

7  43  21.60 

AI    24.   d.7 

77-2 
63  « 

2 

+  7-349 

2    123 

+  74  i?     5-4 

24    3O    AO    1 

73-5 

72    7 

2 

r 

•     8-74 

8    74 

o 
326} 

Anonymous  

T"      O 

8.0 

*TJ     ••»•  f/ 

4.3    30   6  J 

V-f.    J 

62.  2 

I 

*'  J*J 

2    CA8 

^4-  y  4-'-'*  j 

27     71    AO    2 

/  ''•  >> 
7O    2 

j 
j 

0.    /^ 

8   77 

j     o 
3264 

Lalande  15286     .    .    . 

7.0 

TO  oy*  wo 

43  42.37 

73-i 

2 

*•  JT0 

3.081 

*j  jl  4y-  * 
+     o  25  52.1 

/*-».  t. 

67.9 

4 

°-  /  / 

8.77 

3265 

B.  A.  €.2605    .    .    .    . 

6.0 

43  48.02 

69.  2 

I 

3-502 

+  19  40  47-  5 

53-2 

5 

8.78 

3266 

O.  Arg.  8.7505     .    .    . 

7-5 

7  43  51.  8j 

70.7 

2 

+     2.372 

—  30  12  29.  2 

68.7 

2 

-    8.78 

3267 

Lac.iille  2998   .... 

6.5 

44     2.  69 

65.2 

3 

2-551 

-  23  26  52.5 

68.2 

2 

8.79 

3268 
5260 

Lacaille  3006  .... 
25  Lyncis  

Var. 
6.  S 

44  14.59 

4.4.    17    S3 

67.3 
6c  ,1 

2 

2.294 
43Q  1 

-  32  56  19.8 

+    4.7    4.4    78    7 

67.7 
64.  i 

2 

8.  81 
8.  81 

j      y 
3270 

Weisse(2)  VII,  1263  . 

J 

8-5 

t-t-     *  /  •   J  J 

44  36.  58 

wj"  4. 
71.2 

I 

•  jy  r 

3-794 

T-/     T-T-    J1-1-  / 

+  31     i  41.2 

'-"*••  j 

71.2 

2 

8.84 

3271 
•?272 

Lalande  15323     .    .    . 
0     Geminorum  

7-5 

5    0* 

7  44  52-97 
4.4.  t;  i  a  s 

69.2 

6S  4. 

I 
4.7 

+  3.521 
3.  686 

-f  20  32  10.  7 

4-27      7    28    C 

56.2 

60.  2 

2 

8 

—    8.86 
8.  86 

j   t 

327} 

Lament  1605   .    .    , 

j 

'M-  :>:>•  *o 

4.1       2    21 

uj.  -f 

77    I 

4j 
I 

3.  082 

\      *•  1       1    ~u-  j 
_L       o    3O    32     3 

72    2 

2 

8.86 

J    1  O 

327  1 

52  Came'opardi     .... 

5-5* 

TO       *•  ^y 

45    4.  60 

/  /  •  * 

60.  i 

3 

4.909 

T^       u    J*-*    JJ~  J 

+  5°  S2     4-0 

/••  * 

54-  I 

3 

8.88 

3275 

Weisse  VII,  1332    .    . 

9.0 

45     4-  74 

72.6 

4 

3-083 

+     o  28  49.  i 

73-5 

5 

8.88 

3276 

3277 

Lacaille  3")!  2   .    .    .    ; 
o     Puppis 

6.5 
i  o'* 

7  45     5-4° 

4.1     17     7Q 

62.8 

60.  I 

3 

+  2.534 

2    784 

-  24  10  25.  7 

—     13     31    A6    7 

65.6 
61.  2 

2 
2 

—    8.88 
8.  89 

o   /  / 

3273 
3279 

DM.  f  38°,  1835    .    . 
Weisse  (2)  VII,  1305  . 

j-  w 

7.0 

7-4 

*r  j   *  /  •  jy 
45  33-  77 
45  58-5I 

69.  2 

65.2 

i 
5 

*•  f^^r 
4.015 

3-  543 

*O     J  *     T-v-   / 

+    38    12    24.7 

+  21  27  57.  5 

46.  2 
67.1 

3 

2 

8.91 
8-95 

3280 

B.  VI.  +20°,  1939  .    . 

9.0 

45  58.60 

62.  2 

3 

3-520 

+  20  32  30.  5 

56.4 

4 

8.95 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


85 


Xumber. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

ca 
i> 

X 

• 
6 

JS 

o 

"S 

o 

f, 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

3 

K 

£ 

A 

o 
"o 

o 
Z 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

3281 

Weisse  VII,  1371     .    . 

7-5 

7  46  21.75 

68.7 

2 

+  3-36S 

+  "3  47     2.5 

65.2 

2 

.     8.98 

3282 

Lamont  1618    .    .    .    . 

9.0 

46  27.  26 

73-8 

3 

3.082 

+     o  30  53.  2 

7O.  2 

I 

8.98 

3283 

^281 

Weisse  (2)  VII,  1312  . 

7.0 
q.  o 

46    28.  20 
46    32.O8 

60.2 

64.  2 

3 

2 

4.063 
2.487 

+  39  39    0-8 
—  26    4  16.  7 

56.6 

68.  i 

2 
2 

8.99 
8-99 

o     ^ 

3285 

3286 

Tr.  Z.  156,81    .... 
85  Geminorum 

y 

7.6 

6.  <;* 

47  16.31 

7   4.7    2Q.  44 

64.4 
cq  8 

5 

7 

2.489 

4-    •?    CI2 

-  26    3  16.9 
-4-  20  i  c     i  .  o 

67.8 
62.2 

3 
4 

9.05 
—     q.  07 

3287 

Lacaille  3041    .... 

J 

6.8 

/    T  1       y   TT 
48     o.  44 

jy-  ** 

62.  9 

J 

3 

1      J    J 

2.494 

T                   J 

-  25  53  58.  8 

67.2 

2 

y'     / 
9.II 

3288 

-5280 

Tr.  Z.  156,  82   .    .    .    . 
Anonymous 

7-3 

7.  2 

48     9.  90 
48   21.21 

64.0 

66  7 

6 

2 

2.492 

2    4.Q7 

-  25  59    9.4 

—    21    4.7    21.  O 

67-3 
68.2 

2 
2 

9.12 
0.  H 

J*-u  y 
3290 

O.  Arg.  N.  8445    .    .    . 

/ 

8.5 

48    23.  22 

rvy.    f 
67.5 

2 

•  T;// 

4-357 

J      T/ 

+  47  1°  53-9 

69.  2 

2 

y  •  j 
9.14 

3291 

Weisse  (2)  VII,  1366  . 

7.8 

7  48  26.09 

69.     I 

2 

-t-  3-5ii 

+  20  15  53.6 

67-5 

3 

-     9-  H 

3292 

Groombrklge  1384  .    . 

48    26.  II 

67.5 

3 

4-235 

-f-  44  20  48.  i 

48.2 

I 

9-  '4 

3293 

DM.  +  12°,  1717     .    . 

8.0 

48   42.  78 

68.4 

4 

3-327 

+  12     7     0.3 

68.2 

2 

9.  16 

3294 

O.Arg.  8.7636    .    .    . 

6.5 

48  43.08 

66.7 

2 

2-447 

-  27  44  28.0 

69.2 

2 

9.  16 

3295 
12o6 

Weisse  (2)  VII,  1362   . 

7.0* 
?.8 

48  47-45 

7    4.Q      2    1$ 

48.  i 
61.8 

4 

A 

4.215 
-1-    "?.  4l6 

+  43  52  3>-9 
4-    16     q   10.  o 

48.2 
61.0 

9 
6 

9-  i? 
•    9-  T9 

j*-y™ 
3297 

DM.  +  12°,  1721     .    . 

J  '  ** 

7-9 

l    ^y      *••  jj 

49  12.  15 

65.  2 

t 

5 

I       J'  ^ 

3-326 

I                y   jy 

-f  12    3  26.9 

67.2 

3 

9.  20 

3298 

Tr.  Z.  156,83   .... 

8.7 

49  12.  18 

70.8 

3 

2.490 

—  26     6  12.9 

67.7 

2 

9.  20 

3299 

Lacaille  3061    .... 

7.0 

49  21.  79 

66.2 

2 

2-354 

-  31   10    6.4 

70.7 

4 

9.21 

33°0 

Weisse  VII,  1459    .    . 

9.0 

49  25.87 

65.2 

3 

3-323 

+  "  55  40.5 

65.  2 

2 

9.22 

33°i 

Tr.  Z.  156,84    .... 

7-5 

7  49  27.23 

67.1 

2 

+  2.491 

-  26    3  32.4 

67-7 

4 

—    9.22 

33°2 

O.  Arg.  N.  8459        .    . 

7.6 

49  36.  19 

65.0 

2 

4-345 

+  46  59  44-  o 

67.I 

2 

9-23 

33°3 

M.  Z.  101,  ii     .... 

7.0 

49  42-  1  1 

68.6 

4 

2.372 

-  3^>  33     4-  9 

68.2 

2 

9.24 

33°4 

53  Cameloparcli     .... 

S'S 

49  43-  29 

69.  2 

2 

5-187 

-f  6j  42    8.  3 

73-2 

2 

9.24 

33°5 

O.  Arg.  S.  7669     .    .    . 

6.5 

49  S3-  '7 

64.2 

5 

2.388 

—  29  59     2.0 

65.2 

3 

9-25 

3306 

Riimker  2349   .... 

8.5 

7  5°    3-93 

66.6 

2 

+  3-5i6 

4-  20  31  46.3 

56.7 

3 

—    9-27 

33°7 

Weisse  VII,  1477     .    . 

8.5 

50  18.43 

69.1 

2 

3-333 

-}-    12    24    II.7 

67.6 

2 

9.28 

3308 

DM.  +  12°,  1729  .    .    . 

8.8 

50  25.  62 

67.2 

2 

3-324 

+    12      I    14-5 

69.  2 

2 

9.29 

33°9 

Lalande  F.  1216  .    .    . 

8.2 

5°  29.55 

73-4 

2 

5-  "92 

+  60  47  48.  2 

55-2 

3 

9.28 

331° 

Mer.  C.  Z.  83,  159    .    . 

7.0 

5°  34-41 

71.1 

4 

2-373 

—  30  32  26.  6 

70.7 

2 

9-3« 

33" 

B.  A.  0.2651    .    .    .    . 

5-5 

7  5°  47-  92 

63.6 

7 

+  2.391 

-  29  54  48.  i 

69.6 

9 

—    9-32 

33'2 

Mer.  C.  Z.  83,  160    .    . 

8-5 

50  52.  19 

74-2 

4 

•    2.375 

-  30  29  49.  6 

74-6 

2 

9-33 

33'3 

54  Camelopardi     .... 

6.0* 

51   10.23 

60.  i 

6 

4.940 

+  57  39  23.  7 

54-i 

3 

9-35 

33'4 
nn 

Weisse  VII,  1504    .    . 
Anonymous  

8.5 

9O 

51   12.78 

c  r     17    oi 

67.2 
76  i 

2 
2 

3-325 

2    iSq 

+  12    4  13.7 

—    T.O      O    IQ.  O 

69.  2 

71.  7 

2 
2 

9-36y 
9.  36  ' 

JJ  •  3 
33'6 

Lacaille  3078   .... 

.  -J 

6-5 

J  *     *  /  •  *" 

7  51  44.46 

/  vy.    i 
6j.2 

2 

*••  j'-'y 

+    2.275 

O                        t-y-v 

—  34    o  21.8 

'. 
68.2 

3 

+    9-4^ 

3317 

M.  Z.  223,  3  

7-7 

5'  47-98 

64.I 

2 

2.312 

-  32  45  59-  3 

70.  i 

*> 

9.40 

3318 

B.  A.  C.  2655    .... 

6.0 

52     5-41 

66.5 

9 

2.392 

-  29  57  37-4 

68.4 

i  • 

9-47 

33'9 

O.  Arg.  S.  7740    .    .    . 

8.5 

52  14.90 

65-S 

2 

2.  459 

-  27  27  38-  8 

74-2 

3 

9-43 

3320 

Lacaille  3086   .... 

6.0 

52  16.25 

7.-5 

3 

2.  OO9 

-  42     i     i.i 

67.1 

2 

9-43 

86 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

H 

rt 
B 
>•* 

rt 
V 

S 

£ 

o 

'o 
6 
fc 

Annual 
Precession 
1860. 

Mean 
Declination, 
1  860.0. 

ij 

rt 
u 

C 
rt 
«J 

?, 

A 

o 

lM 

O 

o 

Z 

Annual 
Precession, 
1860. 

3321 

6.0* 

h.  m.       s. 
7    52   45.  74 

59-  6 

2 

s. 
+   3.448 

0           /           // 

-f-   17  41   20.  I 

58.  2 

3 

// 
'     9-  47 

Jj*. 
3322 

O.Arg.  8.7758    .    .    . 

6.6 

/      J        ^J     1  ^ 

52  53-01 

64.2 

2 

1           O'    ^T" 

2.467 

27  II  59.5 

70.2 

2 

9.48 

3323 

Anonymous  

7-3 

53    °-°3 

69.6 

2 

2.  178 

-  37  12  "3-7 

64.2 

2 

9-49 

3324 

O.  Arg.  S.  7709    .    .    . 

7.6 

53    9-«8 

65.1 

2 

2.458 

-  27  31  45-3 

67.2 

2 

9-51 

3325 

Anonymous  

9.0 

53  24-  98 

76.6 

2 

2-394 

-  29  57  44.6 

70.2 

1 

9-52 

3326 

•5  227 

Lacaille  3033   .... 
5     Cancri    ...        ... 

6-5 
6.0 

7  53  29.28 

5J    31    38 

69.  i 

64   2 

2 

4 

+    2.  197 
3.428 

-  36  38    8.  7 
-f-  16  50  17.  8 

68.7 

66.7 

4 

2 

-     9-53 

Q.  ^ 

JJ*/ 

3328" 

3?2Q 

O.  Arg.  N.  853  1    .    .    . 
M.  Z.  08,  78      .... 

7.8 
7.  3 

j  J    j*  •  j" 

53  42-36 

i\  47.  7C 

W"T'    *" 

63.  I 

64.2 

*T 

3 

2 

j.  tf.«.i_r 

4.  966 
2.  446 

+  58     9  54-  ' 
—  28     3     6.  4 

/ 

61.2 
67.3 

4 

2 

y  jj 

9-55 
9-  55 

jj*y 

3330 

0.  Arg.  S.  7797     •    •    • 

/    o 

7-5 

jj  T/  •  i  j 

54  i  (.  10 

77-' 

2 

2-  393 

-  33     i  55.6 

74-  i 

I 

9-59 

333' 

•5  772 

O.  Arg.  S.  7798     .    .    , 
6     Can~ri 

7-7 

r    r* 

7  5+  21-65 
51  51  85 

72.8 
61.6 

4 

37 

+  2.394 
3.  7OO 

-  29  59  42.4 
4-  28  13  Cq.  8 

69.8 
6;.  2 

5 
5 

—    9.  60 

9-  64 

Jja^ 

3333 

Weisse  (2)  VII,  1521  . 

j   j 

8-5 

j  -t  j  t-  ^  j 
55  15-83 

67.1 

jt 
2 

o   /    w 
3.703 

T                                   J7 

-\-    28    10   59.  2 

**J      ™ 

70.5 

3 

9.67 

3334 

B.  A.  C.  2679    .... 

7-5 

55  35-35 

63.2 

3 

3-2S5 

+   10  '9  5i-9 

54-1 

3 

9-69 

3335 

Weisse  VII,  1624   .    . 

8.4 

55  37-17 

65.4 

3 

3.3I5 

+   II   44   12.9 

65-7 

2 

9.69 

3336 

DM.  +  20°,  1993    .    . 

7-7 

7  5^  '7-  80 

69.2 

2 

+  3-  5°2 

-)-    23    II    23.  8 

63-1 

2 

9-74 

3337 

O.  Arg.  S.  7865    .    .    . 

7-5 

56   2J.93 

69.1 

2 

2.510 

-    25    43   38.  I 

66.2 

2 

9-76 

3338 

Rihnker  2390  .... 

7.0 

56   52.56 

59-i 

3 

3-941 

+  36  43    6.  3 

55-8 

3 

9-79 

3339 

B.  A.  C.  2689   .... 

6.5 

5'  57-31 

69.  2 

2 

2.  203 

-  36  39  45-5 

65-7 

2 

9.80 

3340 

B.  A.  0.2677   .... 

6.os 

57     3-94 

61.4 

5 

'2-375 

+  82  51   12.3 

71.0 

10 

9.81 

3341 

O.  Arg.  N.  8586  .    .    . 

8-7 

7  57     7-94 

74-4 

4 

+  5-I52 

+  63  43  35.9 

55-2 

3 

9.81 

3342 

11A1 

O.  Arg.  S.  7882     .    .    . 
8     Cancri   ... 

8.0 
6.0 

47  12.97 

57    1  6    46 

68.6 
63.  i 

2 

2 

2.548 

3.  3^2 

—  24  12  46.  4 
4-    I  }    3O  49.  3 

66.2 
72.8 

2 

5 

9.81 
9.82 

JJ4) 
•JIA  1 

28  Lyncis  ... 

6.  ?* 

j  i   •  *»«  *t" 

C7    27    33 

63.  I 

2 

j   j  j 
4-  184 

1        *  J     O        ^  J     J 

4-   4?    30   2").  2 

53-  2 

7 

9.83 

O  JT-  r 

3345 

•3-7.46 

Tr.  Z.  161,19  .... 

J 

7-8 
6.0 

J  I       1  '  jj 

57  S'.6? 

7    CS      O   A.A. 

73-8 
61.  2 

3 

2 

2.513 

4-  3.  567 

I        TO     •57     ~-7'   *• 

-  25  37  53.3 

4-2?      I    ?2.  4 

63.2 
65.  i 

2 

2 

9.86 

-    9.  88 

JJ't1-' 

3347 

Weisse  (2)  VII,  1597  . 

9.0* 

1    j^      Vl  T-*T 

58  10.81 

69.  2 

I 

1         O      J      / 

3.423 

i      *  j      •    j    -  T 

4-  16  46  53.0 

56.7 

2 

9-89 

3348 

B.  A.  C.  2703   .... 

7.0* 

58  18.  19 

70.  6 

2 

3.562 

+    22    51    21.5 

67.2 

2 

9.90 

3349 

Weisse  (2)  VII,  1601  . 

9.1 

58  35-  H 

71.2 

2 

3-975 

+  37  Si  3°-9 

65.2 

2 

9-93 

335° 

Lalande  15801      .    .    . 

8.0 

58  36.  55 

77.2 

2 

3.7I3 

+  28  59 

9-93 

335' 

33C2 

Lacaille  3127   .... 
Anonymous  

6-7 
8.  5 

7  58  39-  63 
58  4?.  06 

70.4 
69.6 

3 
2 

+  2.523 

2.  961 

-  25  18  15.  i 
—     c  17  31.  i 

64.8 
66.5 

3 
2 

•     9-93 
9.93 

J  J  J 

33S3 

55  Camelopardi     .... 

J 

5-5 

j"  tj*  •* 
58  49-  54 

7        V 

65.0 

2 

•   7     T 
6.079 

J          •       -J 

+  68  52  50.  i 

64.0 

7 

9-94 

3354 

O.Arg.  8.7938    .    .    . 

7-5 

59     i.  oo 

71.1 

2 

2.413 

-  29  34  15-5 

67.2 

2 

9-95 

335S 
3?c6 

O.Arg.  8.7951     .    .   . 
/f   Cancri  

8.7 
4.8 

59   22.11 
7    5Q  31.  26 

64.  2 
63.  1 

I 

2 

2.414 

4-    3.  540 

-  29  33     2.  9 
4-  21  59    4.  5 

67.  2 
68.5 

2 

3 

9.98 
9.99 

O  J  J  " 

3357 

Lalande  15844     .    .    . 

8.5 

/     jy    J    • 

59  39-  19 

J      J 

76.8 

2 

1           J*    JTV 

3-7'4 

4-  28  59  57.3 

73-2 

3 

IO.  OO 

3358 

O.  Arg.  N.  8632   .    .    . 

7.6 

59  50.  6* 

68.7 

2 

5-  '4° 

4-  60  44  1  6.  8 

55-2 

2 

10.  OI 

3359 

Weisse  VII,  1752    .    . 

8.5 

59  52.  79 

7I.I 

I 

3-377 

+   14  45  45-6 

68.2 

T 

10.  O2 

3360 

Weisse  (2)  VII,  1659  . 

9.0 

8     o    9.  70 

59-' 

3 

3-422 

4-   IJ  49     "-4 

56.9 

3 

10.04 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

i 
1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

rt 
B 

I 

1 
O 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

„ 

3361 

Weisse  VII,  1763    .    . 

6-5 

8    o  ii.  94 

67.2 

2 

+  3-377 

+   H  45  J3-6 

68.2 

2 

-  10.  04 

3362 

Weisse  (2)  VII,  1669  . 

9.0 

o  28.  51 

59-2 

2 

3.422 

+  16  51   14.7 

63-2 

2 

10.  06 

3363 

Lalande  15868     ... 

7-5 

o  46.81 

69.  i 

2 

4.114 

-f-    42       2   42.  O 

63.1 

2 

10.08 

^ 

12  Cancri    

6.0* 

o  52.  84 

61.3 

5 

3-36i 

4-  14    2  43.  9 

65.1 

2 

10.09 

3365 

Lalande  15882     .    .    . 

7.0 

i     4-37 

68.6 

2 

3-907 

+  35  52  12.3 

65.9 

3 

10.  II 

5166 

3-  o* 

8     i  35.  oo 

57-  5 

89 

-(-  2.561 

-  23  54  ii.  8 

50.9 

47 

—  io.  15 

jj 

•3767 

6.0* 

2      0.  98 

71.  2 

2 

4-  25  55  40.  3 

71.2 

4 

10.  18 

jj^t 
3368 

Weisse  VIII,  19  ... 

7.0 

2  18.  16 

62.2 

2 

2.850 

-  io  55  58-2 

62.3 

2 

10.  20 

3369 

B.  A.  C.  2732    .... 

6.0 

2  39-  37 

65.9 

3 

4-834 

+  56  52     2.4 

54-2 

3 

io.  23 

3370 

O.  Arg.  8.8072     .    .    . 

8-3 

2  42-  34 

67.6 

2 

2.  560 

-  23  58  51.7 

66.7 

2 

io.  23 

337' 

Weisse  (2)  VIII,  22    . 

7-6 

8    2  58.46 

69.  2 

2 

+    3-418 

+  16  46    7.  3 

62.7 

2 

-  io.  25 

3372 

O.  Arg.  S.  8108     .    .    . 

7-2 

3  28.80 

64.7 

2 

2.412 

-  29  54  51.4 

71.1 

5 

io.  29 

3373 

Lacaille  3168   .    .    .    . 

6.2 

3  29.67 

69.  I 

2 

2-  199 

-  37  '6  26.  7 

72.  2 

6 

io.  29 

3374 

O.  Arg.  N.  8698    .    .    . 

8.6 

3  36-29 

66.7 

2 

5-335 

+  63    7     '-9 

7O.  2 

2 

io.  30 

3375 

f     Cancri  (ist*)   .    .    .    . 

6.8 

4  io.  78 

62.3 

13 

3-446 

+  183  59.  i 

71.0 

5 

Jo.  34 

3376 

C     Cancri  (2d*)    .... 

7-5 

8    4  11.07 

63.7 

8 

+  3-446 

+  18    3  55-  i 

70.2 

6 

-  10.34 

3377 

Carrington  1186  .    .    . 

9-° 

4  26.  78 

68.7 

2 

io.  272 

4-  80  58    4.6 

63-9 

2 

10.36 

3378 

Carrington  1187   .    .    . 

8.8 

4  30-47 

69.  2 

I 

io.  246 

4-  80  56     8.  4 

63-9 

2 

Jo-  37 

3379 

O.  Arg.  8.8165     .    .    . 

8.0 

4  45-42 

67.2 

2 

2.416 

-  29  49  24.  4 

68.2 

2 

10.39 

338o 

O.  Arg.  S.  8169    .    .    . 

7.0 

5     5-H 

67.2 

2 

2.419 

-  29  44    4.  5 

68.2 

2 

10.41 

338r 

B.  A.  C.  2749   .... 

7.0 

8    5     9.99 

76.9 

6 

+  6.771 

4-  72  50    8.8 

73-o 

14 

-  10.42 

3382 

Weisse  (2)  VIII,  83     . 

8.1 

5  J3-74 

65.2 

2 

3-504 

-\-    2O  42      O.  2 

65.2 

2 

10.42 

3383 

Lalande  16069     •    •    • 

9.0 

5  25-60 

62.2 

2 

2.  909 

87    12.0 

66.2 

2 

10.44 

3384 

Weisse  (2)  VIII,  87    . 

9.0* 

5  30-  25 

73-i 

2 

3.668 

•f  27  32  5'-2 

69-3 

2 

10.44 

3385 

O.  Arg.  8.8198     .    .    . 

7.0 

6  15.80 

63.1 

2 

2.421 

-  29  47  46.  6 

66.2 

2 

io.  50 

86 

M.Z.  98,  86  

8.0 

8    6  19.  36 

65.  i 

-f-    2.452 

-  28  35  n.  7 

68.1 

2 

-  10.50 

3387 

Weisse  (2)  VIII,  119  . 

8.2 

6  59.61 

62.2 

2 

3-799 

+  32  36    2.  5 

62.  2 

2 

10.55 

3388 

57  Cainelopardi     .... 

6.0* 

7    3-9° 

66.0 

2 

5-297 

4-  62  56     5.  7 

67.8 

2 

10.55 

3389 

Lacaille  3201    .... 

6.0 

7    4-69 

75-5 

4 

2.070 

—  41  22  16.  6 

66.2 

2 

io.  56 

3390 

Lacaille  3192  .... 

6.0 

7    6.  n 

69.1 

2 

2.429 

-   29   29  36.  2 

72.0 

5 

10.56 

339J 

Weisse  VIII,  162    .    . 

8-5 

8    7  J5  56 

62.3 

2 

+  2.879 

-    9  36  39-4 

67.2 

2 

-  10.57 

3392 

O.  Arg.  S.  8225     .    .    . 

7-o 

7  16-73 

67.1 

2 

2.569 

-  23  52  21.4 

68.7 

2 

Jo.  57 

3393 

Lalande  16130     .    .    . 

7-5 

7  54-6° 

59-i 

2 

3-465 

+  19    7     8.  i 

55-2 

2 

10.62 

3394 

Lacaille  3209  .... 

6-9 

8    4-42 

64.  o 

3 

2-382 

-  31   19  io.  i 

69-3 

3 

10.63 

3395 

Lalande  16162     .    .    . 

9.0 

8  16.04 

62.2 

2 

2-943 

•     6  29  20.  4 

62.3 

2 

10.65 

3396 

M.Z.  221,26    .    .    .    . 

8.0 

8     8  41.96 

66.7 

2 

+  2.496 

-  26  59  39.  2 

67.  2 

2 

4-  10.68 

3397 

B.  VI.  4-  20°,  2037  .    . 

9.0 

8  45.71 

65.! 

I 

3-492 

4-  20  18 

• 

10.68 

•jioS 

R    Cancri       

4.  o* 

8  55.28 

60.  2 

6 

3.264 

+     9  36  51-3 

61.7 

6 

io.  70 

j  jy° 

30  Lyncis              .... 

7.  O 

9     6-  2? 

?9-  7 

2 

4-  894 

-f  58  io  31.9 

68.7 

2 

io.  71 

3400 

O.  Arg.  8.8280    .    .    . 

/ 

7-o 

7                       J 

9  23.  50 

J7      1 

64.7 

2 

2.408 

-  30  25  55.8 

66.9 

3 

JO.  73 

CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

ij 

rt 
B 
;>> 

1 
g 

1 

"o 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

Mean  year. 

^ 

o 
o 
6 

Z 

Annual 
Precession, 
1860. 

34°l 

Weisse  (2)  VIII,  181  . 

8.0 

h.  m.       s. 
8    9  30.  09 

76.2 

i 

s. 
+  3-752 

0           /           // 

+  3i     3  35-8 

72.9 

6 

// 
-  io.  74 

3402 

Weisse  VIII,  230    .    . 

7-7 

10    4.  88 

76.1 

2 

3-263 

+    9  35  45-o 

73-3 

3 

10.78 

3403 

O.  Arg.  S.  8291     ... 

8-5 

10    6.26 

66.8 

2 

2.551 

-  24  48  25.  5 

64-9 

3 

10.78 

34°4 

M.  Z.  103,  12    .... 

8-5 

10    7.30 

71.9 

4 

2.417 

-  30    9    7-i 

69.  2 

2 

10.78 

3405 

M.  Z.  103,  13    .... 

8-5 

io  ii.  27 

72.7 

2 

2.417 

-  30  10  25.3 

69.  2 

2 

10.79 

3406 

O.  Arg.  8.8295    .    .    . 

5.8 

8  10  15.75 

69.1 

3 

+  2.408 

-  30  29  54.  6 

66.7 

4 

-  io-79 

3407 

Lacaille  3229   .... 

7.0 

10  19.01 

63-7 

4 

2.428 

-  29  45  23.  5 

70.1 

2 

10.80 

3408 

Weisse  VIII,  262    .    . 

8.0* 

to  47.  85 

76.1 

2 

3.  262 

+    9  35    o.  5 

73-3 

3 

10.83 

3409 

Lalamle  16237     .    .    . 

7.0 

10  48.  63 

68.2 

2 

3-587 

-)-  24  36  28.  i 

56-3 

2 

10.83 

341° 

Weisse  (2)  VIII,  221  . 

8.6 

10  52.  78 

65-3 

5 

3-49° 

+  20  24  33.  8 

66.  7 

2 

10.84 

34" 

B.  VI.  +9°,  1928    .    . 

8  10.  54.  46 

76.1 

2 

+  3-  262 

+     9  36    o-i 

73-3 

I 

-  io.  84 

34" 

Lacaille  3241    .... 

7-2 

ii  35.21 

65.7 

2 

2.528 

-  25  52  10.3 

65-1 

2 

10.89 

3413 

0.  Arg.  S.  8337    .    .    . 

7-5 

ii  45-3° 

66.7 

2 

2-55° 

-  24  56  25.6 

68.6 

2 

io.  90 

34H 

Weisse  VIII,  294     .    . 

7.0* 

ii  45.60 

71.  I 

2 

2.830 

-  12    9  48.  i 

71.2 

3 

10.  90 

34IS 

0.  Arg.  8.8343    .    .    . 

8.0 

ii  48.66 

66.7 

2 

2-552 

-  24  53    7.0 

69.7 

2 

10.91 

34i6 

0.  Arg.  8.8345    .    .    . 

8.0 

8  ii  57.41 

66.7 

2 

+  2.551 

-  24  55  42.0 

67.6 

2 

—  io.  92 

34'7 

Lacaille  3248  .... 

6.6 

ii  58.  ii 

67.9 

3 

2-359 

-  32  26  20.  5 

67.7 

2 

10.92 

34i8 

•?4IQ 

B.  A.  0.2788    .    .    .    . 

6.5 
6.0* 

12  10.  74 

12     12     7O 

59-4 

CO     7 

7 

7 

3-5°6 

'     cX  > 

-)-    21     II     10.  7 

57-3 
f\*>  i 

9 

10.94 

o*r  •  ^ 
3420 

B.  A.-C.  2790    .   .   .    . 

6.0 

14    it.  jy 

12    16.70 

sy-  3 
66.  i 

/ 
2 

3-  582 
2.436 

+  24  27  35.  3 
-  29  34  15-2 

02.  7 

66.9 

2 

3 

io.  94 

10.94 

3421 

Lacaille  3249  .... 

7-7 

8  12  26.05 

7>-5 

3 

+  2.528 

-  25  54  29.  3 

65.2 

2 

-  io.  96 

3422 

Lacaille  3257    .    ;    .    . 

5-2 

12    56.71 

64.  2 

2 

2.288 

-  35     i     0.9 

71.8 

5 

10.99 

3423 

3434 

Lacaille  3258   .... 
31   Lyncis  

6.4 

e    c 

IJ      0.40 
1  7     14    7<1 

69.  I 

fi,    7 

2 
2 

2.231 

-  36  56  24.  8 

65.2 

70    ft 

2 

11.00 

3425 

Mer.  C.  Z.  89,  20  ... 

j'  j 

8  5 

1  *>     *T"  J4- 
I  ->     IQ_  62 

U4-  / 
f\  i    n 

2 

4-  '37 

•y     A  j  r 

+  43  37  59-  i 

72.  o 
6Q   2 

5 

II.  02 

j^   j 
3426 

DM.  -j-  24°,  1913     .    . 

**•  j 

8.s 

8  13  38.  35 

VJJ.  U 

69.  2 

2 

-!-435 

+  3-580 

—  29  43    4-5 

+    24   27    55.  2 

56.3 

5 

2 

I  1  .  02 

-  1  1  .  04 

3427 

O.  Arg.  S.  8383   .    .    . 

7-5 

'3  43-52 

68.7 

2 

2.552 

-  24  59  10.  5 

65-2 

2 

11.05 

3428 
3429 

M.  Z.  221,30    .    .    .    . 
Anonymous  

7-5 

8.  Q 

'3  5°-97 

JA      n   27 

64.8 

67    1 

3 

2.513 

2/1  1  C 

-  26  38  36.8 

68.2 

2 

1  1.  06 

343° 

Lacaille  3262   .... 

6.5 

iq.       v.  ^j 

'4    5-3i 

u/.  4 
69.  2 

2 

•  435 
2.316 

—  29  44  45.  5 
-  34     9     8.4 

70.  2 
67-5 

4 
3 

I  1  .  07 

11.07 

343  1 

Weisse  (2)  VIII,  309  . 

7.0* 

8  H    5-92 

59.1 

2 

+  3-375 

+  IS  12-36-4 

55-2 

3 

-  11.07 

3432 

Groombridge  1418  .    . 

7.2 

H    6.73 

61.7 

12 

I7-350 

+  85  32  10.4 

68.8 

2 

11.08 

3433 

Lacaille  3267   .... 

6.8 

14  27.  29 

64.3 

4 

2.412 

-  30  39  3i-  7 

67.5 

3 

II.  IO 

3434 

M.  Z.  96,  14  

9-2 

14  32- 

.     . 

2.415 

-  30  31  34-  9 

70.  2 

2 

II.  IO 

343S 

Lacaille  3272    .... 

6.2 

H  32-52 

69.  2 

2 

2.234 

-  36  58  44.  7 

65.2 

2 

II.  II 

3436 

Lalande  16367     .    .    . 

8.0 

8  '4  33-43 

74-2 

3 

+  3-652 

-H  27  32  16.9 

72.  6 

3 

-  II.  II 

3437 

Lacaille  3266  .... 

7-2 

H  35-3° 

68.7 

2 

2.452 

-  29    6    4.  6 

65.2 

3 

II.  II 

3438 

Weisse  (2)  VIII,  319  . 

9.0 

14  47-  88 

65.7 

2 

3-499 

+    21      0  48.8 

59-5 

3 

11.13 

3439 
344° 

B.  A.  C.  2798   .... 
a"   Cancri   

6.0* 

r    7 

'5  13-32 
1  5  20.  66 

60.  I 

64.     I 

3 

2 

4.088 

3    A  cn 

+  42  27     6.3 

+       T  O       .{.      ,  r      f. 

53-2 

f\i    'y 

3 

ii.  «6 

j-  1 

•  45° 

i  o  40  4  '  •  o 

Ol  .  4 

3 

ii.  17 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

1 
1 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 

C 

a 

o 
"o 
^d 

Annual 
Precession, 
1860. 

h.  m.       s. 

s. 

0          /           // 

,/ 

3441 

Weisse  VIII,  381     .    . 

8.9 

8   15   25.  90 

63-7 

3 

+  3-321 

+  12  37  57-0 

71-3 

3 

-  ii.  17 

3442 

O.  Arg.  N.  8922    .    .    . 

8-7 

15  36.39 

62.  2 

4 

4-779 

+  56  58  32-8 

62.7 

2 

n.  19 

3443 

Weisse  VIII,  389     .    . 

9.0 

'5  39-23 

64.  I 

3 

3-3°9 

+   12    3  53-8 

67.6 

2 

ii.  19 

5-  i 

15  52.  30 

63.3 

3 

2.363 

-  32  36  42.  5 

69-7 

4 

II.  21 

3445 

Lalande  16413     .    .    . 

6-5 

16     6.  65 

73-2 

4 

3.861 

+  35  27  39.8 

65-2 

3 

II.  22 

6 

7.0* 

8  16  15.65 

59-  2 

5 

+  3-289 

+  11     4  49-  5 

54-8 

4 

-    IL23 

3447 

Lacaille  3279   .... 

7-  i 

16  19-45 

64.  2 

2 

2-479 

-  28  10.44.4 

68.2 

2 

II.  24 

3448 

Weisse  VIII,  415     .    . 

8-7 

16  32.38 

66.2 

2 

3-347 

+  13  57  16-  7 

70.1 

2 

11.26 

3449 

Weisse  (2)  VIII,  364  . 

7-i 

1  6  36.95 

68.2 

2 

3-574 

+  24  23  35.  i 

56-3 

2 

II.  26 

345° 

Weisse  (2)  VIII,  370  . 

9.  o* 

16  45-  65 

66.7 

2 

3.466 

+  19  37  ii.  9 

56.2 

2 

11.27 

3451 

M.  Z.  90,  26  

6.6 

8  16  49.  55 

64.5 

3 

+  2.453 

-  29  14  45.9 

69.7 

2 

-    II.  27 

3452 

H.  A.  C.  2811    .    .    .    . 

6.5 

16  54.94 

68.7 

2 

2-535 

-  25  54     6.  7 

67.  2 

2 

11.28 

3453 

Lalande  16464     .    .    . 

7-6 

17     4-  13 

69.  2 

2 

3-564 

4-24    o     1.8 

62.2 

2 

11.29 

3454 

Lacaille  3290   .... 

7-o 

17     9.06 

64-3 

3 

2.404 

-  31     9  38.  8 

66.6 

2 

II.  30 

3455 

Rumker  2505    .... 

8-5 

17  14.02 

60.6 

2 

4-777 

+  57     3  37-4 

68.2 

2 

11.30 

3456 

Weisse  (2)  VIII,  381  . 

9-° 

8  17  28.05 

75-2 

3 

+  4.011 

+  40  24    2.  5 

69-3 

2 

-    11.32 

3457 

Weisse  (2)  VIII,  382  . 

7-5 

17  28.51 

73-6 

8 

4.009 

+  40  20  45.  5 

62.4 

4 

11.32 

3458 

Lacaille  3293    .... 

6-5 

i?  42.74 

67.1 

2 

2.  5OI 

-    27    22    19.4 

70.8 

4 

H-34 

3459 

O.  Arg.  S.  8484    .    .    . 

7-o 

17  50.93 

67.1 

2 

2.426 

-  3°  21     8.5 

7O.  2 

2 

n-35 

3460 

Rumker  2508  .... 

7-o 

17  52.  76 

66.7 

2 

4.778 

+  57     7  27.5 

68.2 

2 

n-35 

61 

d*   Cancri        

S.  S 

8    17    S4.  OS 

6s.  2 

2 

+    3-  422 

+  17  30  15.3 

70.2 

2 

-  "-35 

3462 

Lacaille  3299   .... 

j  j 
6.7 

/    j^      j 

iS    0.67 

"  J'  " 

63.2 

2 

2-437 

-  29  56  36.  5 

68.7 

2 

11.36 

3463 

<f    Cancri   (ist*)  .    .    .    . 

7-'o 

18  18.75 

65.2 

5 

3.642 

+  27  23  19.  7 

69.  2 

3 

11.38 

3464 

<p*    Cancri  (2d  *)    .    .    .    . 

7-o 

1  8  18.97 

65.  2 

5 

3.642 

+  27  23  23.4 

69.  2 

3 

11.38 

3405 

Weisse  VIII,  466    .    . 

6.0 

1  8  19.  24 

65-1 

2 

3.  121 

+     2  33  21.  i 

62.2 

2 

11-38 

3466 

24  Cancri  (ist*)  .... 

7-o 

8  18  19.86 

60.3 

6 

+  3-  585 

+  24  59  29.0 

56.7 

4 

-  11.38 

3467 

24  Cancri  (2d  *).... 

7-5 

18  20.  14 

60.7 

4 

3-585 

+  24  59  32.8 

68.2 

2 

11.38 

3468 

Lacaille  3302   .... 

7-4 

1  8  26.  74 

63.2 

2 

2.372 

-  32  26  48.  7 

68.6 

.2 

"•39 

3469 

Weisse  (2)  VIII,  408  . 

8-5 

18  28.32 

66.5 

3 

4.005 

+  40  17  52-3 

56.2 

2 

"•39 

3470 

o     Ursae  Majoris   .... 

5-0 

18  36.  oo 

69.  2 

2 

5.072 

+  61   10  54.  6 

69.7 

3 

11.41 

"3J7  T 

Q.  $ 

8  18  4V  98 

67.  I 

2 

+    2.  502 

-    27    22    59.  2 

69.7 

2 

-  11.41 

J^l  * 

y   j 

•*  ^j  y 

1  8  50. 

-  22  57     1.3 

62.0 

I 

11.42 

3473 

B.A.  C.  2824    .    .    .    . 

6.0* 

*•     jv* 

18  59.32 

75-2 

3 

6.055 

+  69  47     4-8 

73-4 

4 

"•43 

3474 

B.  A.  C.2827  •    .    ,    . 

6.0 

19     i.  16 

62.  2 

4 

2.592 

-  23  35  38.  7 

70.2 

2 

"•43 

3475 

Weisse  (2)  VIII,  429  . 

8-5 

19     i.  16 

64.8 

3 

3.466 

+  19  42  38.  5 

56.7 

2 

"•43 

3476 

Weisse  (2)  VIII,  440  . 

8-5 

8  19  10.86 

62.  9 

2 

+    3-466 

+  19  45  18-  5 

65.2 

2 

11.44 

3477 

Weisse  (2)  VI  1  1,  438  . 

8-5 

19  26.  98 

69-7 

4 

4.006 

+   40   23   43.  2 

56.1 

2 

11.46 

3478 

Lacaille  3312    ..    .    . 

6.8 

19  34-75 

67.5 

4 

2.4OO 

-   31    29    13.0 

69.  2 

2 

11.47 

3479 

Weisse  (2)  VI  1  1,458  . 

7-7 

20  10.  34 

66.6 

2 

3.582 

+  25    o    5.4 

68.2 

2 

11.52 

3480 

M.Z.  221,37    •    •    •    • 

6.9 

20  24.  05 

64.6 

5 

2.  522 

—  26  41  10.  5 

71.7 

4 

"•53 

90 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.  o. 

!-, 

rt 
B 
>, 

C 

• 

<u 

3 

a 

o 
o 

1 

Annual 

Precession, 
1860. 

Moan 
Declination, 
1  860.0. 

« 
U 
>-, 

rt 
U 

?, 

£ 

o 
o 

6 
g 

Annual 
Precession, 
1860. 

h.  m.       s. 

s. 

0           /           // 

/> 

3481 
3482 
15485 

Lacaille  3316   .    .    .    . 
B.  A.  C.  2830    .... 
29  Cancri   

6.8 
7.0 
6.0* 

8  20  25.  53 
20  4  1  .  49 

2O   48.  3Q 

67.5 

77-2 
62.  o 

3 
3 
10 

+  2.396 
ii.  632 

•3.    -11:8 

-  31  42  54-9 
+  82  43  29.  5 
-J-    I  A   40    1  6.  4 

64.9 
73.6 
58.9 

6 
6 

c 

-  "-53 
11.55 

11.56 

JT^      O 

3484 

13.  A.  €.2838   .... 

5.8 

**    ^t^*  jy 

20  57.98 

69.2 

2 

O     J  J 

2.  099 

1          r   ^"         •  T^ 

-  4'  41  49-5 

j      y 

66.2 

j 

2 

11.57 

348S 

M.  Z.  230,  49    .... 

7-  i 

21    13.39 

67.2 

2 

2.402 

-  31  34  10.5 

68.2 

2 

11.59 

3486 

Riimker  2533  .... 

8-5 

H    21    21.01 

60.2 

3 

+    3-488 

+  20  53  28.  5 

55-2 

2 

—  i  i  .  60 

3487 

Lacaille  3321   .... 

6.0 

21    28.46 

68.3 

2 

2.398 

-  3'  43  29-6 

64.  2 

4 

1  1.  in 

3488 

Weisse  (2)  VI  1  1,  490  . 

9.0 

21    34.96 

65.3 

4 

3-398 

-f   16  40  19.  2 

67.2 

2 

ii.  62 

3489 

B.  A.  €.2843    -    •    •    • 

6-3 

21    38.84 

64-3 

5 

2.412 

-    31     12    47.8 

66.5 

3 

11.62 

349° 

Weisse  VIII,  554    .    . 

8.8 

21    41.  21 

66.2 

2 

3.304 

+    12      2   39.  O 

67.3 

2 

11.62 

3491 

B.  A.  C.  2846    .... 

6-3 

8  21  57.  18 

62.1 

2 

+    2.549 

-  25  40  18.  7 

70.9 

3 

-  i  i  .  64 

3492 

Weisse  VIII,  565    .    . 

8.0 

21  57-93 

62.0 

2 

3-075 

+    o    9  46.  2 

62.2 

2 

ii.  64 

3493 

Lacaille  3331    .... 

6.6" 

22      I.OO 

63.8 

2 

2.404 

-    31    32      0.2 

68.3 

2 

11.65 

3494 

•340  C 

B.  A.  €.2844    .... 
Anonymous  .        ... 

6.0* 
8.  s 

22      I.7I 
22      8.  50 

53-4 
60  i 

4 

2 

4-547 

2    ^22 

-f  53  35     6.6 

—    74.    74.      2    <» 

48.2 
72   8 

5 

-3 

11.65 
u.66 

J^?J 

3496 

Weisse  VIII,  569    .    . 

J 

8.8 

8    22    10.80 

vy~  * 

66.2 

2 

••  j«* 

+  3-3°4 

JT'      J*T           "•    J 

+  12    3  48.2 

/  *"  ** 

68.2 

J 

2 

—  11.66 

3497 

O.  Arg.  N.  9050  .    .    . 

8.0 

22    17.24 

59-2 

2 

4.674 

+  55  49  32.  5 

55-8 

2 

ii.  67 

3498 

74.00 

O.  Arg.  S.  8581    .    .    . 
Anonymous  

7-4 
0.  O 

22   2O.  49 

22  42.  88 

64.  2 

64   7 

2 
2 

2.516 

2   480 

-  27     6    99 
—  28  14  39.  o 

7i.7 

60.  7 

4 
2 

ii.  67 

1  1  .  70 

j^yy 

35°° 

-JCQI 

M.  Z.  103,  21   .... 

y 
8.9 

6.0 

23     7-  94 

8   2T.    11.  $1 

^.  / 
6S.! 

6c  o 

I 

•3 

*-•  *fi*y 
2.449 

+   •!.  S67 

-  29  5i     5-0 
-4-  24.  T.2  I;Q.  8 

?•  / 

70.2 

7O.  2 

2 

/ 
11.73 

—    11.77. 

OJW* 

3502 

Lacaille  3341   .... 

7.0 

J      J    JJ 

23  i  6.  20 

**J'   y 

64.7 

J 

2 

1       O    J    i 

2.490 

1        m*t    O1^    J  7 

—  28  13  30.  3 

7O.  2 

4 

/  »5 

11.74 

3S°3 

B.  VI.  8'',  65    .... 

6.8 

23   22.  I3 

64.7 

2 

2.491 

-    28    12       6.7 

69-5 

3 

11.74 

3504 

Lacaille  3344   .... 

6.0 

23  34-  25 

65.1 

3 

2.522 

-    26   52      2.  O 

68.8 

2 

11.76 

3S°S 

•5CO6 

O.  Arg.  S.  8610  .    .    . 
8     Cancri  

7-5 

C.  C* 

23  34-92 

8   25    56    ^7 

73-8 

6O     .1 

3 

2.450 

+    -1  4-36 

-  29  54    8.  i 

-4-     18    37    12    2 

74.0 
61.  o 

5 

4. 

11.76 
—  1176 

jy** 

3S°7 

Rumker  2548   .... 

J    J 

7.3 

*-j   j^'  JJ 
23   38.  O2 

"•"•'•  *f 

70.7 

2 

J    ^Jv 

3.465 

\      "M    JJ    J 

+  19  55  37-6 

72.9 

T 

4 

»  .  j  \j 
ii.  76 

3So8 

Weisse  VIII,  601     .    . 

8-3 

23  45-  65 

76.2 

2 

3.326 

+  13  '3  u-o 

72.  2 

2 

11.78 

35°9 

B.A.  0.2855    .    .    .    . 

6.0* 

23   48.  22 

59-7 

2 

3-933 

+  38  29  36,5 

51-5 

7 

11.78 

3Sio 

O.Arg.  8.8620    .    .    . 

7-5 

24    8.  62 

66.7 

2 

2.451 

-  29  51  32.8 

71.0 

3 

ii.  80 

35" 

Weisse  (2)  VIII,  560  . 

9.0 

8  24  17.34 

62.  2 

2 

+  3.446 

-j-  19    4  28.  6 

56.9 

3 

-  11.81 

3SI2 

Weisse  (2)  VIII,  551  . 

9.0 

24    22. 

3-992 

+  40  25  36.  2 

68.2 

i 

ii.  81 

35'3 

7CI4. 

Weisse  VIII,  618    .    . 
?/     Cancri           

9.0 

C.   7 

24   26.59 

24     76    4Q 

59-i 

6  1    Q 

2 
76 

3.327 
-3  481; 

-f    13    16    22.  0 

4-    2O    54  4Q    7 

60.0 
65  6 

6 

11.82 
11.83 

JJ  *T- 

35  'S 

Lacaille  3356  .... 

J      J 
5-6 

*"r   J1-'-  H-y 

24  51.76 

v*  •  y 

66.6 

/  w 
2 

J.  H-WJ 
2.  406 

•*•  jt  ty.  / 

-  31  4i  27.2 

"j-  " 
62.  5 

• 

3 

11.85 

35«6 

Lacaille  3361    .... 

6.8 

8  25     8.  21 

63-5 

•  3 

+  2.433 

--  30  39  56.2 

66.  i 

2 

-  11.87 

3517 

Weisse  (2)  VIII,  579  . 

8.0 

25  20.  27 

69-5 

4 

3.728 

+    31    21     19.9 

46.  2 

2 

u.88 

35>8 

Anonymous  

7-8 

25  23.81 

66.7 

2 

2.418 

31   16  25.  3 

71.9 

3 

11.89 

35i9 

7C2O 

O.  Arg.  S.  8654   .    .    . 
Anonymous               .    . 

7-3 

9O 

25  28.94 

2C    -3C    A-> 

68.2 
67.6 

2 
2 

2.565 

2.  685 

25   12  41.7 

IQ    jC     C2     C 

64.9 

68  7 

3 

2 

11.89 

I  I.  QO 

Jj**"' 

•  •* 

*3   jj"  *r- 

"y    H-J     J  -'  J 

wu.   ^ 

•  «  .  yv 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

L 

• 
B 

>-. 

c 

rt 
U 

^ 

| 

o 

IM 

O 

6 
^ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

1-1 
rt 

U 

>» 

d 
a 

V 

J5 

o 

w 

o 

0 

Z 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

3521 

O.  Arg.  S.  8660  .    .    . 

8.2 

8  25  40.  86 

68.2 

2 

+    2.  567 

-  25     8  16.3 

65.2 

2 

-  11.91 

3522 

•JC-J  1 

Lacaille  3374  .... 

Anonymous               .    . 

7-5 
9.  o 

26  24.  06 
26  27.  13 

66.7 
65.  i 

2 
I 

2.421 

2.686 

-  31   14  19.6 
19  48  31.9 

73-3 
69.  7 

3 

11.96 
11.  96 

JJ-J 

-ic-y  i 

Anonymous  

8.0 

26  52.  59 

66.6 

2 

2.408 

-  31  45  40.  i 

69.  2 

2 

12.  CO 

jj  —  1- 
1S2Z 

10.  0 

27    o.  05 

69.  7 

6 

3.462 

-|-  19  59  51.  2 

69-7 

6 

12.  OO 

JD^J 
•21:26 

6.5* 

8  27  16.  33 

72.5 

3 

+  3-463 

+  20    4     6.  2 

65.5 

3 

-    12.  O2 

jj'"-' 

3527 

2C28 

O.  Arg.  S.  8697   .    .    . 

7.6 
10.  7 

27  17.09 
27  18.56 

64-5 
69.6 

3 
6 

2.  602 
3-467 

-  23  42  29.  5 

-j-  20  16     8.6 

70.2 
69.6 

2 

6 

12.02 
12.  O2 

JJAIJ 

3529 

B.A.  0.2883    •    •    •    • 

6-3 

27  23.  14 

66.5 

8 

2.428 

-  3i     3  n-6 

70.0 

4 

12.03 

3530 

4     Pntsepe  (Eq.)  .... 

10.  2 

27  23.  18 

65-3 

6 

3-476 

+    20  40   31.2 

65-3 

6 

12.03 

3531 

Weisse  (2)  VIII,  629  . 

7.0 

8  27  25.04 

72.  2 

2 

+    3-702 

+  3°  29  50.  9 

46.  2 

3 

-    12-03 

3532 

B.  A.  0.2885    -    •    •    • 

6.0 

27  3°-  '3 

72.9 

3 

2-346 

-  34    9  32-  6 

72.6 

3 

I2.O3 

3533 

5     Proesepe  (Eq.)  .... 

9.0 

27  37-  75 

69.  2 

6 

3-478 

+  20  48  35.  2 

69.  2 

6 

I2.O4 

3534 

B.  A.  C.  2886    .    .    .    . 

8.0 

27  41.51 

65-3 

4 

3-466 

+    20    15       3.4 

67.2 

2 

12.05 

3535 

7     Praesepe  (Eq.)  .... 

10.  0 

27  5'-36 

67.6 

6 

3.460 

+  J9  57     9-9 

67.6 

6 

I  2.  O6 

3536 

DM.  f  10°,  1828    .    . 

9.0 

8  27  53.74 

63.2 

i 

+    3-264 

+  io  10    4.  8 

7O.  2 

O 

-    12.  06 

3537 

Mer.  C.  Z.  166,4;; 

8.0 

27  55-43 

76.3 

i 

2-347 

—  34  io  20.  i 

73-2 

2 

12.  06 

3538 

TT     Urs;v  Majoris    .... 

5-o 

27  55-9° 

76.  2 

4 

5-343 

+  64  48  45.  6 

73-6 

6 

12.07 

3539 

8     Proesepe  (Eq.)  .... 

IO.  2 

27  59-74 

68.2 

6 

3-474 

+  20  39  45.4 

68.2 

6 

12.07 

354o 

Lacaille  3388    .... 

7.0 

28    o.  07 

63.1 

2 

2-583 

-  24  37  20.  5 

68.7 

2 

12.07 

3541 

DM.  +  23°,  1977     .    . 

8  28     i. 

+  3.546 

+  23  56  30.  4 

56.3 

2 

-    I2.O7 

3542 

9     Prssepe  (Eq.)  .... 

8.5 

28  12.  18 

66.2 

7 

3-478 

+  20  49  21.6 

66.2 

7 

1  2.  08 

3543 

10  Proesepe  (Eq.)  .... 

9-7 

28  15.52 

66.9 

9 

3-474 

+    20  38    17.3 

66.9 

9 

12.09 

3544 

•1C  At 

B.VI.  +  27°,  1637.    . 
1  1   Proesepe  (  Eq.  )  .    .    .    , 

9.0 
10.  <; 

28  17. 
28  17.87 

68.2 

5 

3-630 
3-457 

+  27  37  26.5 
-f    19  51  31.4 

70.  i 
68.2 

5 

12.09 
I2.O9 

JJ"TJ 

3546 

Weisse  VIII,  721     .    . 

•  j 
9.0 

8  28  18.  16 

62.2 

2 

+  3-  268 

-)-    IO    23    22.  O 

69-7 

•> 

-    I2.O9 

3547 

•5154.8 

Pia/zi  VIII,  108  .    .    . 

Anonymous 

6.5 

7.  $ 

28  24.23 
28  24.  52 

63-4 
63.4 

4 
4 

3-205 
3-  205 

+       76    21.5 

+     7     631.5 

65.6 

52.  2 

G 
4 

12.  IO 
12.  10 

OJt" 

3549 

B.VI.  8h,8i    .    .    .    . 

i    j 

5-5 

28  34.69 

65.0 

i 

2-538 

-  26  37  12.3 

68.2 

2 

12.  II 

355° 

ice  1 

Weisse  (2)  VIII,  675  . 
12  Proesepe  (Eq.)  .    . 

8.0 

II.  O 

28  42.  74 
8  28  43.  14 

76-3 
67.7 

3 

8 

3-540 
4-  1.461; 

+  23  43  59-  i 

-f-    2O    14  42.  2 

62.8 
67.7 

2 
8 

12.  12 

-    12.  12 

J3j  * 

3552 

7C  e  ? 

Weisse  VIII,  736    .    . 
13  Proesepe  (Eq.)  .    .    .    . 

9.0* 
10.  7 

28  46  19 
28  47.  O7 

/      / 

59-2 
68.2 

2 

6 

i    j  ~  j 
3-305 
•?.  454 

+    12   20    15.  0 
-|-   19  44  23.  2 

55-5 
68.2 

3 
6 

12.  12 
12.  12 

jj  j  j 

3554 

Weisse  VIII,  738    .    . 

8-5 

^  I  '  "/ 
28   50.  12 

64.  2 

2 

J'  ^jn 
3-302 

+     12     II        8.0 

69.  2 

1 

12.13 

3555 

B.  A.  0.2892    .    .    .    . 

6.0* 

28   54.00 

60.  o 

4 

4-  495 

+  53  »  53-8 

54-i 

3 

12.13 

3556 

Lacaille  3399  .... 

6.5 

8  28  55.43 

63.2 

.   2 

+  2-404 

-  32     6  5.-.  5 

68.2 

2 

12.13 

3557 

14  Proesepe  (Eq.)  .... 

10.7 

28  55-50 

66.2 

4 

3-456 

+  '9  So  42-5 

66.2 

4 

12.13 

3558 

15  Pnesepe  (Eq.)  .    .    .    . 

8.2 

28  59.  14 

66.3 

4 

3-46i 

-4-  20    5  16.  6 

66.0 

16 

12.  14 

3559 

16  Priesepe  (Eq.)  .    .    .    . 

10.8 

29    6.  86 

69.2 

6 

3-476 

4-  20  46    6.  2 

69.  2 

6 

12.15 

356° 

17   Pnesepe  (Eq.)  .    .    .    . 

10.7 

29     8.  14 

67.7 

8 

3-465 

+    20    17     13.7 

67-7 

8 

12.15 

92 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

| 

>» 

S 

i 

<— 
o 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

ta 

a 

1, 

d 

rt 

D 

s 

yi 
"o 

'o 

£ 

Annual 
Precession, 
1860. 

-3C6l 

18  Praesepe  (Eq.)  .... 

I  I.  O 

h.  m.      s. 

8    2Q    IS.  IO 

69.6 

6 

s. 
4-   3.465 

0           /            // 

4-  20  10  56.  Q 

69.6 

6 

// 
-  12.  16 

3<\62 

19  Proesepe        

IO.  O 

2Q   25.  2S 

68.7' 

2 

3.  460 

-\-   20     2  49.  7 

65.6 

2 

12.  17 

7C6^ 

7-  ° 

2O  2S.4O 

74.  Q 

3 

2.  S8S 

—   24   37    39.  3 

70.  2 

2 

12.  17 

3564 
3565 

3566 

•5C6? 

20  Praesepe  (Eq.)  .... 
21  Praesepe  (Eq.)  .... 

22  Praesepe  (Eq.)  .... 

9-5 
10.7 

9-5 

29  26.  63 
29  28.82 

8  29  29.88 

2Q    3O. 

65-3 
66.3 

65-5 

9 
6 

21 

3-451 
3-456 

+  3-469 

^.  46Q 

+   19  38  47-4 
+  '9  Si  34-3 

+  20  29  53.  5 

~\-    2O    2Q    ^O.  O 

65-3 
66.3 

65-5 

66.2 

9 

6 

21 

2 

12.  17 
12.  17 

-    12.17 
12.  17 

^68 

6.4 

29   30.  24 

63.6 

12 

3-  262 

4-   10    8  21.  4 

65.  2 

4 

12.  17 

3569 
357° 

3571 

B.  A.  €.2898    .    .    .    . 
Weisse  (2)  VIII,  708  . 

M.  Z.  96,  24  

7.0 
7-2 

8.0 

1  1.  O 

29   32.59 

29  33-  88 

8  29  34. 

2Q    36.  41 

59-3 
66.9 

60.6 

2 

4 
6 

2.546 
3-463 

+  2.439 
3  464 

-  26  21  47.  i 

+    20    13      2.4 

—  30  48  16.  9 

4-    2O    14   23    6 

69.8 

66.3 

71.7 
69.6 

2 

6 

2 

6 

12.  IS 
12.  IS 

-    12.  IS 
12    18 

3573 
3574 

-2C7C 

25  Prsesepe  (Eq.)  .... 
Weisse  (2)  VIII,  713  . 
27  Praeseoe  (Ed  ) 

10.7 
9.0 

0.  S 

29    37-  58 
29    38.  I9 
29  40.  87 

69.6 

66.7 
6?.  4 

6 

7 

IO 

3-464 
3-459 
3-  4SO 

4-  20  14  42.  7 
4-  20    o  14.0 
4-    19   37      S.9 

69.6 

66.6 
65.4 

6 
3 

IO 

12.  18 
12.  18 
12.  19 

3576 

3577 

w8 

28  Prasepe  (Eq.)  .    .    .    . 
B.  A.  C.  2899  .... 
70  PrcCseoe  (En.)  . 

10.5 

6.2 
II.  O 

8  29  44.  32 

29  44-93 
29  46.  30 

67.7 
69.2 

69.  2 

5 
3 
6 

+  3-457 
3-453 
3-  475 

T  '9  55  27-2 
+  >9  45     8.7 
-f-  20  47  29.  I 

67.7 
65.2 

69.  2 

5 
5 
6 

-    12.  19 
12.  19 
12.  19 

7C7Q 

Lalande  16952     .    .    . 

29    SO. 

3.  206 

4-     7  1  1  56.  8 

*        V 

74.  2 

3 

12.  2O 

•jego 

31   Praesepe  (Eq  )       ... 

II.  O 

29  52.  73 

66!  3 

6 

3-  454 

-(-  19  46    7.5 

66.3 

6 

12.  2O 

358i 

7582 

Lalande  16965     .    .    . 

8.0 
n.  7 

8  29  53.57 

2Q    S4.  38 

71.1 
69.6 

i 

6 

-f-    2.  900 
3.  459 

•     9  "3  49-  2 

4-    2O      2      7.  2 

65-7 
69.6 

2 

6 

-    12.  20 
12.  21 

3c8? 

IO.  O 

30      O.  21 

6?.  s 

14 

3.  471 

4-  20  36  s6.  i 

65.  ? 

14 

12.  21 

3584 

7c8c 

Lalande  16960     .    .    . 
34.  Prxseoe  (Eq.)  . 

7.6 
ii.  3 

30      4.  48 

30  10.  07 

64.6 
69.6 

2 

5 

3.  2O6 

3-  463 

+     7   12  47-4 
4-  20  15  41.  9 

74-2 
69.6 

3 

S 

12.  21 
12.  22 

3586 
3S87 

35  Praesepe  (Eq.)  .... 
^6  Praeseoe  (Ea.) 

10.  6 

IO.  S 

8  30  »-53 

30    12.  28 

67.  o 

67.6 

12 

7 

+  3-459 
3-  455 

4-20       2    1  6.  0 
4-    IQ    SI      6.  C 

67.0 

67.6 

12 

7 

-    12.  22 
12.  22 

^88 

i     Hydra;           .... 

4.0* 

36    14.  64 

71.  I 

2 

3.  187 

4-     6  ii   19.  6 

72.  9 

3 

12.  23 

31:89 

37  Praesepe    

30  1  8.  30 

68.7 

2 

3.472 

+  20  41  35.  7 

67-5 

3 

12.  23 

359° 

7COI 

Groombridge  1452  .    . 
58  Prassepe  (Eq  ) 

8-5 

IO.  O 

30  18.95 
8  30  20.  1  8 

61.  i 

60.  2 

I 

6 

9-413 

4-    3-  47O 

+  80  30  45.  5 

4-    2O    3S    3S.  0 

69-3 

69.  2 

2 
6 

.       12-23 
—    12.  23 

35Q2 

39  Praesepe  (Eq.)  . 

II.  0 

30  20.  44 

69.2 

6 

3-  469 

-|-  20  32  49.  8 

69.  2 

6 

12.  23 

-3Cq^ 

40  Praesepe  (Eq.)  .... 

II.  O 

30  29.  04 

68.3 

5 

3-  455 

4-   19  52  51.  6 

68.3 

S 

12.  24 

-3CQ4. 

41  Praesepe  (Eq.)  .... 

IO.  2 

30  29.  68 

66.9 

12 

3-  456 

4-  19  57    8.0 

66.9 

12 

12.  24 

3<QC 

7.  o 

30  30.  06 

62.2 

3 

3.  260 

4-  10     3  38.0 

7O.  2 

2 

12.  24 

3596 

ICQ? 

42  Prsesepe  (Eq.)  .... 
43  Praesepe    .    .    . 

9.6 

8.  <; 

8  30  30.  79 

TO    34.  25 

65.8 

68.  s 

20 

3 

+  3-465 
3.  467 

4-  20  20  52.  5 
4-  20  28  37.  4 

65.8 
65.5 

20 

4 

-    12.24 
12.25 

3598 

3599 
3600 

44  Praesepe  (Eq.)  .... 
Lacaille  3419   .... 
DM.  +23°,  1984  .    .    . 

10.3 
7-4 

3°  34-  73 
3°  35-  '° 

30  38. 

67.7 

64.0 

9 

2 

3.460 
2-439 
3-  529 

4-20    8    6.  7 
30  51   18.7 
4-  23  22  44.  3 

67.7 

68.8 
56.3 

9 
2 
I 

12.25 
12.25 
12.25 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


93 


1 

Mean  Right 

a 

1 

"i  1  o 

Mean 

i 

I 

13  1     . 

1 

Name  of  Star. 

'3 

Ascension, 

d 

i  i  s 

Declination, 

>t 

^ 

o 

I   II 

1 

M 

a 

1  860.0. 

rt 

<u 

O 

•<    w    "* 

1860.0. 

i 

6 

<   Z  " 

a 

a 

s 

£ 

s 

OH 

h.  m.      s. 

s. 

o      /          // 

„ 

3601 

Lacaille  3422   .... 

7.0 

8  30  43.  91 

7O.  2 

2 

4-  2.416 

-  31  46  45.9 

62.2 

2 

-    12.  26 

3602 

45   Prsesepe             .        .    . 

0.  7 

30  44.  66 

66.5 

5 

3-457 

4-  19  59  21.9 

65.7 

2 

12.  26 

46  Prsesepe  (En  )               . 

y    I 

10.  3 

30  46.  12 

67.  9 

7 

3-  469 

4-    20   33    20.  2 

67.9 

7 

12.  26 

3604 

Weisse  VIII,  792     .    . 

8.0 

3°  49-  °3 

73-2 

2 

3.  200 

4-     6  52  32.7 

56.7 

2 

12.27 

3605 

47  Preesepe  (Eq.)  .    .    .    . 

9-7 

30  53-  40 

64.9 

10 

3-450 

4-  19  41  11.5 

64.9 

IO 

12.27 

3606 

48  Prcesepe  (Eq.)  .... 

10.  4 

8  30  57.  06 

66.3 

12 

+  3-455 

4-  19  54  46.4 

66.3 

12 

—    12.27 

3607 

49  Preeseue 

0.  I 

30  59.  88 

65.  2 

2 

3-  467 

4-  20  29  17.  5 

66.2 

2 

12.28 

3608 

Weisse  (2)  VIII,  756  . 

y 
9.6 

J       jy 

31     o.  01 

68.4 

4 

3.461 

4-  20  12  48.  5 

65.7 

2 

12.28 

3609 

51   Preesepe  (Eq.)      .    .    . 

9-8 

31     '-33 

66.0 

9 

3-470 

4-  20  36  20.  o 

66.0 

9 

12.28 

3610 

Weisse  (2)  VIII,  762  . 

8-7 

3i     3-35 

66.  i 

5 

3.460 

+  20    9  54.  5 

66.2 

4 

12.28 

3611 

B.  A.  C.  2910   .... 

6.2 

8  31     5.62 

63-4 

3 

+    2-  558 

-  25  55  48.  i 

7'-7 

2 

—    12.28 

3612 

B.  A.  €.2907    .    .    .    . 

8.0* 

3'     6.63 

66.9 

4 

3-458 

+  20    4  52.  5 

65-2 

2 

12.  29 

3613 

54  Prcesepe  (Eq.)  .... 

9-7 

3'     7-50 

65.1 

2 

3.460 

4-    20    IO      I.  4 

67-7 

9 

12.  29 

36'4 

55   Pnesepe  (Eq.)  .... 

10.3 

31   n.  oo 

68.2 

6 

3-448 

4-  19  36  17.6 

6S.  2 

6 

12.  29 

36'5 

O.  Arg.  8.8776     .    .    . 

7-7 

31   14.96 

65-7 

2 

2.  606 

-  23  48  56.  8 

73-2 

2 

12.30 

3616 

Q.  Q 

8  31  15^38 

65.1 

I 

4-  3.468 

+  20  33 

-    12.  30 

361  7 

<6  Preesepe  (En.)  . 

y   y 
Q.  Q 

31   15.46 

66.  i 

15 

3.468 

4-    20    32    33.3 

65.i 

15 

12.30 

y   y 

3618 

57  Pnesepe  (Eq.)  .... 

IO.  O 

3i  23.03 

67.  o 

7 

3-455 

+   19  56  56.  8 

67.  o 

7 

12.31 

3619 

58  Prcesepe  (Eq.)  .    .    .    . 

10.5 

31  26.6ft 

65-9 

9 

3.468 

+  20  33  32.6 

65-9 

9 

12.31 

3620 

59  Prcesepe  (Eq.)  .... 

9-7 

31  29.30 

70.5 

3 

3-470 

+  20  39  31.3 

65.o 

17 

12.31 

3621 

60  Preesepe  (Eq.)  .... 

10.5 

8  31  30.  98 

65-9 

9 

+  3-452 

+  19  47    6.6 

65-9 

9 

—    12.31 

3622 

B.  A.  C.2gi2    .    .    .    . 

7.0* 

3i  36.93 

59-  i 

3 

3-742 

4-  32  26    o.  5 

53-2 

4 

12.32 

, 

6  1   Pree'epe                         . 

8-5 

31     3Q.  OD 

67.  Q 

4 

3.468 

4-  20  34  35.  8 

66.7 

2 

12.  32 

6 

7-  ' 

j      jy 
31    39.83 

/    y 
72.8 

2 

3.462 

4-  20  16    7.4 

66.7 

4 

12.32 

62 

7-  ° 

31   43.  30 

7O.  2 

2 

3.451 

4-  19  45  56.9 

66.9 

3 

12.33 

3626 

64  Preesepe  (Eq.)  .... 

IO.  0 

8  31  44.  12 

67-5 

6 

+  3-453 

4-  19  51  29.0 

67-5 

6 

-  "2-33 

3627 

B.A.  C.  2914    .    .    .    . 

7.0* 

31  48.47 

68.0 

5 

3-456 

4-    20      I    52.  2 

65  5 

4 

12.33 

3628 

66  Pnesepe  (Eq.)  .... 

10.5 

31  50.84 

65.6 

9 

3-452 

4-  19  48  12.  i 

65.6 

9 

12.34 

3629 

67  Prcesepe  (Eq.)  .... 

IO.  2 

31  51.42 

66.5 

12 

3-467 

+  20  33  21.5 

65.5 

12 

12.34 

16-0 

f    Mali 

4.8 

31   <J3  44 

6?.  i 

2 

2.  563 

—   25    46      1.4 

70.  5 

3 

12.34 

3631 

Weisse  (2)  VIII,  790  . 

T"  ** 

8.4 

8  31   54.29 

"J* 

68.0 

5 

4-  20    2  36.  7 

67-5 

3 

-  12.34 

, 

69  Pnesepe 

Q    H 

31    >*4.  47 

71.2 

C 

3-  469 

4-  20  38-54.  7 

68.  i 

2 

12.  34 

70  Preesepe  (  En  ) 

ym  j 

IO.  O 

J  *    j^-  T-/ 

/ 
60.  2 

J 
2 

3.466 

4-    20   31    21.  7 

66.5 

12 

12.  34 

O     O  J 

j      Jj'j 

;/• 

3634 

Weisse  (2)  VIII,  793  . 

8-5 

31    55-58 

67.7 

4 

3-456 

4-    2O      I    56.  2 

67.1 

3 

'2-34 

363? 

72  Prcesepe  (Eq.)  .... 

9.8 

31    56.35 

66.3 

9 

3-  459 

4-  20    9  33.  5 

66.3 

9 

'-•  34 

3636 

Lacaille  3434  .... 

y 

6.7 

8  31  56.46 

63-2 

2 

4-  2.381 

-  33  '5  26.7 

69.8 

2 

3637 

73  Prcesepe  (Eq.)  .... 

9.8 

3i  56.93 

65.5 

6 

3-449 

4-  19  41  34.2 

65-5 

6 

12.34 

3638 

74  Prcesepe  (Eq.)  .... 

IO.  O 

3i  57-41 

67-5 

12 

3-469 

4-  20  37  36.  7 

67-5 

12 

12-35 

,- 

74  Pntsepe            .    .        . 

o.  o 

31  57.47 

71.  2 

I 

3.  469 

+  20  3g 

J2-35 

3640 

75  Prcesepe  (Eq.)  .... 

y*  v 
IO.  I 

3'  57.78 

67.8 

9 

3.462 

4-  20  17  51.1 

67.8 

9 

12-35 

94 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

*. 
>-, 

i 

s 

M 

_C 

6 

Annual 

Precession, 
1860.0. 

Mean 
Declination, 
1  860.0. 

jj 

rj 
OJ 

1 
4J 

*£ 

g 

"o 

"B 

o 

a 

Annual 
Precession, 
1860. 

764,1 

76  Prxsepe  (Eq.)  .... 

II.  3 

h.  m.     s. 
8  32    o.  14 

60.  2 

6 

s. 

-f-  3.  470 

0           /             // 

-L    2O  41      O.  2 

6 

// 

12    7? 

77  Prsescpe  (  Eq  ) 

10  o 

6?   q 

14. 

67  c 

764.7 

39  Cancri   

6.0* 

32       2.  O4 

66.  i 

8 

^.466 

4-    2O   2Q    H7    7 

6^    2 

2 

I  2    7C 

3644 
3645 

•264.6 

Weisse  VIII,  829     .    . 
79  Prs:sepe(Eq.)  .... 

80  Pnesepe  (Eq  ) 

8-4 

IO.  I 

10  8 

32   3.12 

32    4-  39 
8  T.Z    4.  78 

76.1 
67.  o 

6q.6 

6 
6 

3-025 

3-454 

4-  7  4<;i 

2    32    4I.O 

+     19    56    43.8 

4-    IQ    47    ^6    4. 

72.2 

67.  o 
65  6 

2 

6 
fi 

'2-35 

'2-35 

12.  ?C 

764.7 

7  O 

72       8    O7 

6?  o 

c 

7  4.6"; 

_J_    2O    27    4.  S    6 

62  8 

^648 

82  Preesepe  (Eq  )       ... 

II    7 

72      8    7>; 

67  6 

fi 

j    ACC 

_|_     IQ    CC    CQ    i 

67  6 

6 

3649 
3650 

76m 

83  Prsesepe  (Eq.)  .... 
Weisse  VIII,  828     .    . 

9.8 
7.5 

IO   2 

32  10.  oo 

32  11.27 

8    32    II    OI 

67.4 
59.1 

67  •> 

15 
3 

-j 

3-458 
3.296 

--i~  7  4,6  1; 

H-  20     7  51.2 

+     12       2      O.  5 

67.4 
55-9 

6c    7 

15 
3 

12.  36 
12.  36 

3652 

7.6C7 

85  Prsesepe  (Eq.)  .... 

10.  I 

8  8 

32  14.88 

•22    IS    QQ 

e?.? 

68  5 

8 

7 

3-461 

+  20  16  45.  7 

67.7 

66  2 

8 

12.36 

3654 

16  ?l* 

Lalamle  17050     .    .    . 
Lalande  17053 

7-5 

32  16.  76 

•j'j    17    g-7 

70.  6 
76  2 

2 
I 

3.188 

T  188 

+     6  15  56.3 

7i-7 

2 

•*•  j/ 

12-37 

76*6 

87  Prsesepe  (Eq.)  .... 

7.  ? 

8  72  18.  iq 

68.4 

C 

-I-    7    4.^0 

66  6 

i-i'  61 

761:7 

88  Pnesepe    

6.  « 

•52    l8     <7 

60    2 

7 

7    4^2 

3658 
3659 
3660 

89  Pmesepe(Eq.)  .... 
B.  A.  0.2919   .... 
91   Pnesepe    ...        .    . 

10.  i 

6-5 

32  18.71 
32  19.59 

•3.2    2O 

66.8 
68.9 

6 
4 

3.468 
3-458 

+  20  35  54.  8 
+  20    9  41.4 

6f.8 
65.9 
66  2 

6 
4 

I2-37 

I2-37 

366i 
3662 
3663 
^664 

91   Prsesepe  (Eq.)  .... 
92  Prcesepe  (Eq.)  .... 
O.  Arg.  S.  8806    .    .    . 
CH  Pnesepe    . 

8.8 
10.  6 

,7-7 
7.8 

8  32  20.  55 

32    20.  80 
32    20.  80 

32  22  88 

66.4 
67.1 

70.  2 
71    2 

21 

6 

2 

6 

+  3-462 

3-454 

2.  560 

+  20  19  38.  i 
+  19  57  25-4 
-  25  5°  39-  7 

66.4 
67.1 

72-9 
66  3 

21 

6 
3 

lz-  37 

-   12-37 
12-37 

12.37 

3665 

3666 
1667 

94  Prrcsepe  (Eq.)  .... 
95  Praesepe  (Eq.)  .... 

IO.  0 

IO.  0 
7    O 

32    23.  62 

8  32  23.  70 

66.  i 
65-1 

67   7 

9 
i 

3-454 
+  3-459 

+  '9  58    5-2 

+    20    IO  42.  I 

66.  i 
66.3 

67    7 

9 
9 

12.37 

--  12.37 

1?   78 

3668 

q7  I'rxsene  (En  ) 

II     1 

32  26  08 

68  ^ 

6 

68  3 

5 

T?      ?K 

^66g 

98  Pnesepe     

32  31  88 

777 

2 

J_       IQ     41 

12     7.S 

3670 

9c 

T>   7i   8S 

65  6 

6 

65  6 

6 

*6?i 

DM.  -)-  6°,  2009  .    .    . 

8    7^    74.    21 

6c  i 

i       7    l8  ' 

6r    i 

?672 

99  IViPsepe  (Eq.)  .... 

I  I.  O 

12    7?    2O 

69  6 

0 

69  6 

6 

3673 
^674 

Weisse  (2)  VIII,  810  . 
loo  1'rcesepe  (Eq.)  .    .    . 

8.2 

32  37-42 

12    78    O^ 

62.7 

65  o 

2 

3.622 

+  27  35  5°-  6 

71.7 

2 

12-39 

3675 

100  Pncsepe    

32    78.08 

77.  7 

2 

7    41O 

-1-      IQ    4,7 

**•  j9 

3676 

-1677 

IOI  Frsesepe  (  Eq.)  .... 
42  Cancri 

II.  0 

6  8 

8  32  40.  44 

69.6 

67    S 

6 

+  3-45' 

+  20    3  31.8 

69.6 
66  2 

6 

-  '2-39 

5678 

103  Pnrsepe    

72    4,4.    74. 

69  I 

;- 

-r-      IQ     48 

*-•  J9 

3679 
3680 

103  Pr*sepe(Eq.)  .... 
104  Prasepe(Kq.)  .... 

9-7 

IO.  O 

32  44.  76 

3-  44-87 

65.6 

67.7 

9 

+  3-45° 
3-455 

+   19  48  ii.  i 

+    20      2    1  1  .  8 

65.6 

67.7 

12 

9 

12.40 
12.40 

U.  S.  \.\VAT,  OBSERVATORY,  1845  TO  1877. 


95 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

• 

<u 

>s 

C 

• 

1 

1 

•o 
o 

Z: 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

|M 

rt 

S 

£ 

o 
vo 

o 

fc 

Annual 
Precession, 
i860. 

3681 

8  7 

h.  m.      s. 
8    J2   48.  J.2 

66.0 

1C 

s. 
J-    7   470 

0           /          // 

4-  20  4?  j.<;  8 

66.0 

I  C 

// 

—    12.  40 

3682 

368} 

Weisse  VIII,  851     .    . 

1  06  Pnesepe  (Eo  )           . 

/ 

9.0 

q.  6 

**     O         *t%-'«   J*- 

32  $l-7i 

\Z    <1.  Q4 

62.2 

60.  2 

1  J 

3 

2 

I      j-  t/  " 

3-  "62 
^4.62 

^j  jj  •* 
+     4  53  3'-4 

4-    2O    21    4.2    Q 

71.2 
6c  A, 

•  J 

I 

27 

12.41 
1  2.  4! 

OUOJ 

3684 

B.  A.  C.  2925    .... 

y*  w 

6.0 

J       jj    J^ 

32  54-  14 

•^y-  •« 

66.7 

7 

J-  *rwj 

3-456 

1      ***    **j    »f*..  y 

+  20    4  24.  6 

"J*  *r 

65.9 

•/ 

5 

12.  41 

3685 

B.  A.  C.  2925  (Eq.)      . 

32  54.  19 

65.5 

30 

3-456 

+  20    4  26.  2 

65-5 

3° 

12.41 

3686 

108  Praesepe  (Eq.)  .... 

10.  6 

8  33     2.  54 

67.7 

9 

+  3-454 

-f-  20    o  59.  i 

67.7 

9 

-    12.42 

3687 

Weisse  VIII,  861     .    . 

8.0 

33     2-  94 

69.  2 

2- 

2.810 

-  14    o 

12.42 

3688 

109  Prrcsepe  (Eq.)      .    .    . 

IO.  O 

33    6-  72 

66.3 

'  8 

3-46i 

4-  20  20  56.  6 

66.3 

8 

12.42 

3689 

uoPra?sepe  (Eq.)      .    .    . 

9.7 

33    7-9i 

66.5 

'5 

3-46i 

+  20  19  25.  8 

66.5 

>5 

12.43 

3690 

Ill  Prrcsepe  (Eq.)      .    .    . 

IO.  0 

33    8-  '5 

67.7 

8 

3-454 

+  20    011.4 

67.7 

8 

12.43 

369  1 

Weisse  (2)  VIII,  829  . 

9.  1 

8  33  I0-  79 

67.0 

6 

+  3-462 

-f-  20  24  56.  i 

66.3 

2 

-  12.43 

3692 

2fio  7 

Anonymous  
Anonymous       .... 

8.5 

6.  ? 

33  "-45 
3J.  14.  2,0 

77-3 
6J..  q 

i 

2-377 

2.  J?6 

-  33  32  48.  o 

—    J.J.   2J. 

67.2 

2 

12-43 
12.  4J 

juyj 
3694 

113  Pra-sepe  (Eq.)      .    .    . 

J 

7-7 

jj  "T-  j~ 
33  17-29 

j   y 
69.8 

3 

J/ 

3-449 

JJ    ~J 

+  '9  45  '9-  5 

66.9 

3 

*••  fj 
12.44 

3695 
1606 

114  Pra?sepe  (Eq.)       .    .    . 

"•3 

33  18.64 
8  JJ.  18.83 

69.  2 

68.2 

6 
i 

3-464 
-(-  3^  464 

+    20   28   30.9 

4-  20  29 

69.2 

6 

12.44 

—  12.  44 

juyu 
3697 

2608 

115  Pra-sepe  (Eq.)      .    .    . 
1  16  Pra-sepe  (Eq.)  .... 

10.8 

IO.  O 

JJ                    J 

33  22.69 
jj  25.  ii 

69.  2 

68.3 

4 
2 

3-463 

J..  4^4 

4-  20  26  18.  o 
-f-  20     2  14.0 

69.  2 
66.9 

4 
ii 

12.44 

12.  4? 

juy° 

iflOQ 

117  PrT?S"pe  (Eq  ) 

I  I.O 

JO        J 

jj,  26.  ii 

68.2 

e 

j-  ^j^ 
J..  4^1 

4-   19  51  59.  4 

68.2 

e 

TV 

12.  4? 

ouy^ 

27OO 

Il8  Pra-sepe  (Eq  ) 

IO.  ? 

JJ 

jj  26.  28 

69.6 

j 
6 

J   ^J 

j..4<;8 

4-  20  14  29.  9 

69.6 

j 
6 

"'  tj 
12.  4.C 

o/uu 

3701 

119  Pr^sepe  (  Eq.  )  .    .    .    . 

J 
II.  O 

JJ 

8  33  3'-  77 

69-3 

6 

O    t  j'-' 

+  3-463 

4-  20  27  52.4 

69-3 

6 

•  TV 

-      12-45 

3702 

27O2 

Weisse  (2)  VIII,  841  . 
121  Prjesepe  (  Eq.j  .... 

9.2 

9.  J. 

33  32-67 
jj  js.  42 

66.7 

65.  2 

5 
4 

3-456 
3.446 

4-  20     9  26.  2 
4-   19  38  17.8 

66.2 

65.  2 

3 
4 

12.45 
12.46 

J/UJ 

37°4 
?7nc 

122  Prjesepe  (Eq.)  .... 
12"?  Pntsepe  (Eq  )          . 

y  j 

10.7 
q.  O 

jj  j->  ~ 
33  39-  92 

3?  4.O.  IQ 

69.2 

68.  i 

5 

A 

3.468 

j..  4";6 

4-  20  43  21.6 
4-  20     9  20.  9 

69.  2 

66.  i 

5 
9 

12.46 
12.46 

0/UJ 

3706 

!24Praesepe  (Eq.)  .    .    .    . 

y     *• 

IO.  2 

jj   «f  •  »y 

8  33  44-47 

65.2 

T^ 

'3 

J-  T^J" 

+  3-  448 

+  19  45  47-4 

65.2 

'3 

-      12-47 

37^7 

125  Proesepe  (Eq.)  .... 

10.8 

33  46.  23 

68.3 

5 

3-45' 

+   '9  54  3'-3 

68.3 

5 

12.47 

3708 

27OO 

B.  A.  C.  2931    .    .    .    . 

6.5 

8.8 

33  47-  32 
J?  4q.  62 

66.9 

70.  2 

6 
6 

3-46i 
3-  467 

4-    20   22    II.4 

4-  20  39  19.4 

65.5 
69.  9 

3 
3 

12.47 
12.47 

o/uy 
37'o 

Lacaille  3449  .... 

7.0* 

JJ    Tf 

33  50.42 

72.8 

2 

2.  5O2 

-  28  35  20.5 

63.2 

i 

12.47 

37" 

2712 

Weisse  VIII,  885     .    . 
128  Prt'sepe  (Eq.)  .... 

8.0* 

IO.  5 

8  33  51-24 

J?   ^2.  71 

77-2 
69.6 

2 

6 

+    2.  SO? 

J..  4^6 

-    H    12    13-9 

4-  20     7  50.  o 

66.9 
69.6 

3 
6 

-  I--47 
12.48 

6ll£ 

2712 

1  29  Prxsepe  (Eq  )  .    .    .    . 

j 

IO.  C 

j  j  j      t  • 

?!    S  !.  71 

,/ 

69.6 

6 

j.  ^j 

5.  4S7 

-f-    20    II       7.  8 

69.6 

6 

12.48 

O/  x  J 
271/1 

f     Mali           

J 

4.  o 

j  j   j  j    / 
JJ   ?  J.  q6 

7      v 

6?.  ^ 

2 

j  ^j  / 
2.  490 

—  29    3  53.  5 

69.  2 

2 

12.48 

J/  '4 

37i5 

Weisse  VIII,  889     .    . 

9.  o* 

JJ   JJ    y 

33  57- 

j  j 

2.808 

-  H    9  32-5 

70.2 

I 

12.48 

3'7i6 

2717 

i3OPrsesepe  (Eq.)  .... 
I  ?  I  Pra'sepe             .        . 

IO.  2 

7.  7 

8  34     3-  36 

^4.      4.  QO 

67.0 

6a  7 

6 

2 

+  3-455 

J..4?I 

4-    23      5    48.0 

4-  19  54  29.  5 

67.0 

65.2 

6 
i 

-  12.49 
12.49 

37'/ 

3718 

131  Pr.iesepe  (Eq.)  .... 

it 
8.9 

OT-           ij..    yy 

34     5-  °3 

**Jr*  / 

65.0 

2) 

J-  ^J 

3-«i 

+  19  54  29.4 

65.0 

29 

12.49 

37'9 

132  Prresepe  (Eq.)  .... 

10.  2 

31  '3-  38 

69.1 

6 

3-456 

4-    20    II       4.4 

69.  I 

6 

12.50 

372° 

1  33  Praesepe  (Eq.)  .... 

10.9 

3t  >5-2+ 

67.0 

6 

3-457 

4-  20  13  10.  8 

67.0 

6 

12.  50 

96 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

1* 
ft 
H 
>* 

8 
S 

1 
o 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

rt 
0 

s^ 

1 

s 

| 

o 

IM 
O 

6 
Z 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0          /             // 

// 

372' 

Weisse  (2)  VIII,  855  . 

7.0* 

8  34  16.  12 

76.4 

2 

+  4-053 

4-  43  I0  53-  8 

71-2 

2 

-  12.50 

3722 

772} 

Lacaille  3459   .... 
1  34  Prcesepe  (En  )  .            . 

7-3 
q.6 

34  16.  81 

74.    1  6    QQ 

69.  2 

66  4 

5 

17 

2.380 

•2    4.64 

-  33  30  56.  8 

-r-     2O     7.2        26 

68.2 

66.4 

4 
17 

12.  50 

I  2.  50 

31  *  J 
3724 

Weisse  (2)  VIII,  886  (Eq.) 

7'    ** 

9-5 

Ot    •"•  yy 

34  18.02 

w**     *T 

66.  7 

*  / 

7 

J-  *TW"T 

3.466 

[       ***    »}*• 

+  20  40  43.  4 

66.7 

/ 

7 

12.51 

3725 

Weisse  (2)  VIII,  866  . 

7-3 

34  18.  08 

67.0 

5 

3.466 

+    20  40  43.  I 

68.2 

i 

12.51 

3726 

Tr.  Z.  213,  21    .... 

7.0 

8  34  29.  65 

70.7 

4 

+  2.380 

-  33  3'  35-  i 

68.2 

4 

-  12.52 

3727 

O.  Arg.  S.  8852    .    .    . 

6.0 

34  3°-  37 

65.1 

I 

2-545 

-  26  45  46.  5 

69.6 

2 

12.52 

3728 

Lamont  460      

8-5 

34  30-40 

69.7 

2 

2.805 

-    14    21    42.  O 

62.8 

2 

12.52 

3729 

77  'O 

136  Prjesepe  (Eq  )      ... 
b      Mali       .                ... 

10.5 

4O 

34  31-07 

21    -37    jn 

68.2 
70.  8 

5 

2 

3-450 

2    746 

4-  «9  53  40.  2 

-    74    48    4.8    2 

68.2 
68.  8 

5 
2 

12.52 

12    C  7 

J/  Ju 

373' 

7772 

M.  Z.  230,  60   .... 
137  Pnesepe 

•  ** 

7-7 

97 

O-T    ji  •  *fy 

8  34  37-62 

JA      7Q       jS 

64.  2 
fie    j 

I 

2 

A  •  otw 

+  2.428 

3    AC  1 

JT-     T-"     T-0'    * 

-  31  40  16.3 

4-   20     2  28.  8 

70.2 
fie    i 

I 
2 

•*•  S3 

-    '2.53 

12     C  7 

$15* 
3733 

O.  Arg.  S.  8856   .    .    . 

•  / 

8-5 

j4-  jy-  J  ° 

34  40.52 

u->-  * 
64.7 

2 

•  45  j 

2-543 

-  26  52  55.  7 

UJ-  * 

69.7 

2 

•*  iJ 

'2.53 

3734 

B.  A.  0.2930   .... 

6.0* 

34  42.48 

63.6 

5 

9-340 

+  80  32  42.  9 

72.  I 

5 

'-'•53 

3735 

138  Pr.usepe  (Eq.)      .    .    . 

9.6 

34  42.  63 

65.1 

2 

3-454 

4-  20    4  41.  4 

66.7 

20 

'2-53 

3736 

139  Prsesepe  (Eq.)      .    .    . 

10.5 

8  34  46.46 

67.6 

6 

+  3-45' 

+  19  57  55-6 

67.6 

6 

-  12.54 

3737 

1  40  Prsesepe  (Eq.)      .    .    . 

11.5 

34  48.  75 

68.3 

4 

3-  448 

+  19  So  16.9 

68.3 

4 

12.54 

3738 

141  Proesepe  (Eq.)      .    .    . 

11.7 

35     3-i8 

68.3 

6 

3-447 

+   19  47  32-0 

68.3 

6 

12.56 

3739 

142  Pnrsepe  (Eq.)      .    .    . 

9-7 

35    4-58 

66.9 

12 

3-45° 

+  '9  56  H-  i 

66.9 

12 

12.  56 

374° 

77AI 

143  Prjesepe  (Eq.)      .    .    . 

II.  O 

7    n 

35    8.66 
8  7?   10  Co 

69.  2 
71    2 

4 

2 

3.466 

+     -j    A2.T. 

+  20  44    4.  6 

1        yfi     78     C7     Q 

69.  2 

67  8 

4 

2 

12.  56 

—     I  ">     C7 

J/T-1 
3742 
"37A7 

DM.  +  23°,  1994     .    . 
y      Cancri 

/  -  u 

9-5 

j.  6* 

**  jj   ••*•  j1-7 
35  10.68 

•Jt      TO     76 

/  ••  * 

71.2 

60     7 

I 

18 

J'  H-^J 

3-515 

3,102 

1      lo   j°   j/  •  y 
+    23      I    36.9 
1      21    58      7.  8 

w  •  ° 

56.3 

67    7 

2 

2 

•*  5/ 

12.57 

T  2     C  7 

.5/4.5 
3744 

O.  Arg.  S.  8870    .    .    . 

*T"   u 

8-5 

JJ      lv/<   /u 

35  18.24 

U<_».  j 

76.3 

2 

•  4y* 
2.  6ll 

-  23  47 

UJ-  / 

iz-  57 
12.57 

3745 

7.746 

Weisse  (2)  VIII,  894  . 

144  Prsesepe  (Eq.)      .    .    . 

7-7 

35  30.48 

8    "K    ^2    I? 

62.8 

6;  o 

3 

3.619 

4-     7    46^ 

+  27  43  3°-9 

_L    2O   41    2d    S 

69.6 

6?  o 

2 

'2-59 

—    12    ?Q 

o/t" 

7747 

144  Prjesepe 

92 

OJ    0          J 
7f    72    l6 

VJ.    y 

fie   | 

J 

T    o'  T**J 

346? 

-j—    4>u   ft    *-t-  j 
[       20    41 

J     7 

i  •*••  ^y 
T  2     Co 

J/T7 

3748 

Weisse  (2)  VIII,  898  . 

•  * 
9.O* 

OJ     J™1    *u 

35  34-90 

U^.   1 

73-9 

3 

•  4UD 

3-518 

-p      ^U     if! 

-|-    23    12   5I.O 

56-3 

2 

i-£.  ^y 

12.59 

3749 

145  Pnesepe  (Eq.)      .    .    . 

10.3 

35  39-69 

66.7 

6 

3-465 

+  20  40  35.  9 

66.7 

6 

12.60 

375° 

146  Prasepe  (Eq.)      .    .    . 

"•3 

35  45-75 

68.3 

5 

3-449 

+   19  54  28.  i 

68.3 

5 

12.  6l 

3751 

Weisse  VIII,  936    .    . 

9.0 

8  36     7.40 

67.2 

3 

+  3-333 

+  14     7  30.8 

,  68-7 

2 

-  12.63 

3752 

147  Prjesepe  (Eq.)      .    .    . 

io.7 

36  24.54 

66.2 

6 

3-464 

+    2O  42   22.  8 

66.2 

6 

12.65 

3753 

148  Proese.ie  (Eq.)      ... 

9-7 

36  24.  74 

68.7 

6 

3-459 

+    20   28      1.2 

68.7 

6 

12.65 

3754 

O.  Arg.  S.  8886  .    .    . 

8.0 

36  26.87 

70.6 

3 

2.616 

-  23  42  43.  6 

73-o 

4 

12.65 

3755 

149  Pnesepe  (Eq.)      .    .    . 

10.5 

36  3L34 

68.3 

4 

3-447 

.+  '9  53  5°-  9 

68.3 

4 

12.66 

3756 

Lacaille  3469  .... 

7-7 

8  36  32-  22 

63.5 

3 

+  2.43" 

-  3i  43  54-3 

62.2 

2 

—   12.66 

3757 

B.  VI.  +  14°,  1966      . 

9.0 

S6  34-41 

71.  i 

i 

3-334 

+   14    9  58.7 

69.  2 

3 

12.66 

3758 

3710 

Lalande  17182     ... 
&     Cancri    

7-5* 

4.  C 

36  38-51 

7.6  4^    48 

72.7 
62.  i 

2 

16 

3.876 

J_     -}    422 

+  37  47  54-  i 

+l8    7Q    £7    1 

47-2 

6l.6 

2 

12.67 

I  2.  67 

ji  j  ) 

3760 

150  Pr.xsepe  (Eq.)      .    .    . 

T*  J 

9-5 

O          TO'  T^ 

36  43-  60 

66.7 

4 

r    j-  ***••*• 

3-457 

1  w    OV    J  i  •  j 

+  20  23  5*-9 

66.7 

4 

12.67 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


97 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

• 
<L> 
>-, 

c 

rt 
B 

s 

£ 

O 

*o 
0 

K 

Annual 
Precession, 
1860. 

I  'lean 
Declination, 
1  860.0. 

Mean  year. 

i 

o 
o 
o 

fe 

Annual 
Precession, 
1860. 

3761 

46    Cancri                    .    .    . 

6.0 

h.  m.      s. 
8  36  45.  55 

62.2 

3 

s. 
+  3-  7°° 

o     /        // 
-f-    31    12      6.  2 

53.  2 

8 

// 
-  12.67 

j/ul 

3762 

151  Prasepe  (Eq.)      .    .    . 

9-5 

36  46.  06 

67.8 

6 

3-448 

+    19   56      4-2 

67.8 

6 

12.67 

3763 

Lacaille  3474  .... 

8.0 

37  H.  10 

63-4 

4 

2.498 

-  29    I  23.7 

69.  2 

2 

12.  70 

3764 

Lacaille  3485    .... 

6.8 

37  29.62 

66.7 

2 

2-336 

-  35  26  32.7 

69.7 

2 

12.  72 

3765 
3766 

M.  2.223,47    .    .    .    . 
„     Mali           

7.8 
S.o 

37  57-28 
8  37  58.  09 

67.4 
67.4 

4 
4 

2.412 
+  2.410 

-  S2  39  I2-  5 
-  32  41     3.  4 

68.8 
67.8 

2 

2 

12.75 

-  12.  75 

jt*J*J 

3767 

2  1040  (ist*)  .... 

J 

7-5 

38  16.02 

68.2 

4 

3-034 

2    5  41.0 

74-2 

2 

12.77 

3768 

S  1040  (2cl  *).... 

7-5 

38  1  6.  40 

68.2 

4 

3-034 

2    5  42.0 

74-2 

2 

12.77 

3769 

Weisse  (2)  VIII,  969  . 

8.2 

38  53-  '8 

62.3 

2 

3.938 

-|-  40    6  29.  o 

58.9 

4 

12.82 

3770 

Weisse  VIII,  999    .    . 

9.0 

39    6.  "4 

59-i 

2 

3.280 

-f  ii  27  37.9 

55-2 

2 

12.83 

377' 

*77"> 

Lacaille  3500  .... 

7.0 
7.4* 

8  39  15.  20 
•JQ  21.  67 

67.7 
58.8 

2 
147 

+  2.468 
3-  '97 

-  30  28  21.  7 
+     6  55  47.9 

68.3 
50.  4 

2 

66 

-  12.84 
12.85 

J/  /  — 

3773 

O.  Arg.  S.  8946    .    .    . 

J     T" 

9.0 

jy        '     j 

39  24.41 

72.9 

3 

2.548 

-  27    3  46.  6 

68.6 

2 

"j 

12.85 

3774 

Lacaille  3502   .... 

7.0* 

39  26.84 

76.2 

2 

2.437 

-  31  44  20.5 

66.2 

3 

12.85 

3775 

\VeisseVIII,  I012(ist*) 

8-5 

39  32.31 

67.4 

4 

3-284 

+    II    40   23.  2 

67-9 

3 

12.86 

3776 

Weisse  VIII,ioi2(2d*) 

8-5 

8  39  32-44 

66.  i 

5 

+  3-  284 

+  ii  40  10.  o 

64-7 

4 

-  12.86 

3777 

Lacaille  3509   .... 

7.2 

40  10.  20 

63-3 

4 

2.570 

-  26    6  12.  6 

70.5 

7 

12.  OX> 

3778 

Lacaille  3511    .... 

9.0 

40  26.  77 

68.7 

2 

2.571 

-  26    7    5.6 

73-2 

6 

12.92 

3779 

O.  Arg.  S.  8978    .    .    . 

7-2 

40  44.  74 

63-2 

2 

2.  5OO 

-    29  14  52.4 

68.2 

2 

12.94 

378o 

Weisse  (2)  VIII,  1016 

8.4 

40  45.  76 

68.3 

2 

3.500 

+    22  42   58.  7 

56.8 

2 

12.94 

378i 

0.  Arg.  8.8979    .    .    . 

7.0 

8  40  46.  12 

63.  2 

2 

•f    2.501 

—    29    13      3.2 

68.2 

2 

-    12.94 

3782 

Weisse  VIII,  1050  .    . 

8-5 

40  49.  30 

66.7 

2 

3.I78 

+     5  57  22.6 

68.2 

2 

12.95 

3783 

Weisse  (2)  VIII,  1018 

8.4 

40  50.  1  1 

68.3 

2 

3.500 

+'  22  45  33.  8 

56.3 

2 

12.95 

3784 

Weisse  (2)  VIII,  1013 

8.8 

40  51.86 

66.7 

4 

3-932 

+  40    6  19.5 

58.9 

4 

12.95 

3785 

M.  Z.  223,  49    .... 

7-5 

40  59.04 

73-2 

2 

2.416 

-  32  44  1  1-  3 

68.8 

2 

12.  96 

3786 

0.  Arg.  8.8993    •    •    • 

8.0 

8  41    23.  22 

66.7 

2 

+    2.547 

-  27  15   14.7 

68.2 

3 

-    12.98 

3787 

O.  Arg.  N.  9342  (1st*) 

42    5-  '5 

71.2 

2 

6-073 

+  7'   '9  55-7 

71.2 

2 

'3-03 

3788 

0.  Arg.  N.  9342  (2d*) 

.    . 

42      6.  22 

71.2 

2 

6.074 

-f-    71    20  23.0 

71.2 

I 

'3-03 

3789 

Weisse  VIII,  1077  .    . 

8.8 

42    11-55 

66.7 

2 

3-  '78 

+     5  58    8.  3 

68.3 

2 

13.04 

379° 

Lacaille  3531    .    .    .    . 

6-5 

42  12.86 

64.  i 

2 

2.415 

-  32  53    4-8 

66.2 

13.04 

3791 

O.  Arg.  N.  9350    .    .    . 

8.5* 

8  42  20.  39 

73-6 

2 

f  5-°74 

+  63     6  29.9 

61.8 

2 

-    '3-05 

3792 

Lacaille  3529   .... 

6.0 

42  20.  63 

63-3 

2 

2.529 

-  28    7  24.5 

66.7 

2 

>3-°5 

3793 

•3704. 

Weisse  (2)  VIII,  1051 

7-5 
t.  c* 

42  25.  14 
42  32.  14 

69.1 
62.  i 

I 
2 

3-  597 
4.  060 

+    27    21 

-(-  44  14  38.  9 

70.  5 

2 

13-05 
13.06 

j/  r9 

3795 

B.  A.  C.  2991    .... 

J     J 

7.0* 

42  46.  70 

60.0 

2 

3-428 

+    19   21      4-5 

54.2 

3 

13.08 

3796 

•2707 

DM.  +  270,1675    .    . 

6.  5* 

8  43     3- 

4.*    I  5.  ?6 

(Q.  I 

2 

+  3-  603 
3.  ?6o 

+  27  41  27.3 

4-    15    52      2.  O 

62.  2 
56.5 

I 

3 

-  13.  10 
13-  'i 

j/  y/ 

-1708 

j 

8.  <; 

*t  J        J     J" 

43    2O.  ?"\ 

jy 

64.  2 

C 

J    J 

1.  572 

+   16  31     7.  5 

66.7 

I3.  " 

ot  y0 

3799 

M.  Z.  234,49    .... 

"'   J 

7-  i 

*TJ       ***»    JJ 

43  21.67 

Ulf.    • 

64.9 

J 

3 

O  '  Jt 

2.  296 

-  37  29  12.5 

68.7 

2 

13.12 

3800 

Lacaille  3546  .... 

7.0 

43  40.94 

63.8 

4 

2.479 

-  30  24  51.7 

62.  2 

I 

13-  H 

98 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

tH 

O 

O 
* 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

Mean  year. 

4J 

o 
"o 

6 
K 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

o      /       // 

" 

3801 

M.  Z.  94,  135    .... 

7-6 

8  43  46.  70 

64-5 

3 

+  2.541 

-  27  44  15.  i 

68.7 

2 

—   13-  '4 

3802 

O.  Arg.  S.  9040     •   .    . 

8-5 

43  5I-65 

71.2 

2 

2.  621 

-  24     3  40.  3 

69-3 

3 

I3.'5 

3803 

M.Z.223,53    .   .   .    . 

8.5 

44    4-57 

63-2 

2 

2-433 

-  32  21     o.  7 

69.7 

2 

13.  16 

3804 

B.  A.  C.  3005    .... 

6.8 

44  10.  12 

72.2 

3 

2.514 

—  28  56  36.  4 

65-1 

2 

I3-I7 

3805 

B.  A.  €.3006   .    .    .    . 

4-7 

44  10,  24 

62.2 

2 

2-435 

-  32  IS  35-3 

67-7 

2 

13-17 

3806 

Weisse  (2)  VIII,  1095 

9-3 

8  44  12.30 

62.2 

2 

+  3.598 

+  27  32  18.5 

67.8 

2 

—  I3.I7 

3807 

Lacaille  3552   .... 

7-7 

44  26.  oo 

74-2 

2 

2-493 

-  29  53  49-  5 

67-3 

2 

13.18 

3808 

B.  A.  C.  3007    .... 

6.2 

44  26/93 

65.6 

3 

2-534 

-  28    5  49.  2 

66.5 

3 

13-  «9 

3809 

Weisse  (2)  VIII,  1098. 

8-5 

44  27.  66 

68.7 

2 

3-497 

+  22  54  45.4 

56.3 

2 

13-  '9 

3810 

Tr.  Z.  222,  26  .... 

8-5 

44  33-52 

70.1 

I 

2.  IQX) 

—  41    14      2.  2 

70.2 

I 

13.20 

3811 

3812 

6     Ursx  Majoris    .... 
c     Mali  

5-5* 

4.  ? 

8  44  34-  S6 

AA      7C      -3Q 

63-9 

60   2 

3 

2 

+    5-245 
2    5SS 

+  65     8    7-3 

—  -    27    1  1    71    I 

65.8 
60  o 

4 

—  13.  20 

I  1     2O 

3813 

Lacaille  3561    .... 

T      J 

7-5 

ft   jj"  jy 
44  38.  3' 

wy.  • 
76.2 

I 

*  Jjj 
2.  156 

•*/     *  *    OJ-  * 

—  42  18  19.9 

uy.  y 
69.  2 

a 

13,20 

3814 

Tr.  'L.  222,  27   .... 

8.0 

44  40.  42 

71.9 

3 

2.  190 

-  41  13  24.  1 

7°-5 

4 

13.  20 

38lS 

DM.  +  13°,  2006     .    . 

9.0 

44  40-  53 

62.2 

2 

3.3I9 

+  "3  47  30-4 

70.7 

2 

13.  2O 

3816 

Weisse  VIII,  1146  .    . 

8.5* 

8  44  41.63 

62.2 

3 

+    3-3I8 

+   13  45  36-4 

66.2 

4 

—    13.20 

3»'7 
3818 

M.  Z.  237,  17    .... 
Anonymous  

7-8 

44  53-21 

4.C     1C 

67.2 

2 

2-357 

2     IQ7 

-  35  24  35-8 

—    41     1  1     <«O    ^ 

72-3 

7O    2 

3 
i 

13.22 

I  ?    24 

38i9 

B.A.  C.  3015    .    .    .    . 

6.0 

^  J        J 

45  18.29 

74-5 

3 

•  *yj 

3.396 

H'        *    jw>  j 

+  17  53  41-5 

l\j.  *. 

69.8 

2 

1Ot  •"+ 

13-  24 

3820 
1821 

Lacaille  3564  .    .    .    • 
Anonymous  .    .    . 

7-3 

9.   -2 

45  28.98 
8  45  32  80 

64.  i 

71    2 

2 
I 

2.398 

+    ••>   An  7 

-  33  53  5i-o 

—    20    ^O       ?    I 

68.6 

6Q      ^ 

2 
2 

13.26 

—     17     28 

,  V    -  1 

3822 

Lacaille  3567   .... 

'  O 

7-3 

TO   j    •  **y 
46    o.  25 

/    * 
72.2 

3 

*ip  T-y/ 

2-559 

my    j^      j'  l 

-  27     7     1.8 

^y-  j 

62.7 

2 

1J-  *° 
13-29 

3823 

Tr.  Z.  222,  28  .... 

7-7 

46     3.21 

64-3 

i 

2.195 

-  41     8 

13.29 

3824 

Weisse  (2),  VIII,  1145 

7-2 

46  25.92 

68.3 

2 

3-483 

-\-    22    20   58.  9 

56-3 

2 

I3.32 

3825 

3826 

Lacaille  3574  .... 
Anonymous  

7-2 

8.  i 

46  43-  °4 

8  47      s,. 

77-2 

2 

2-449 

4-    2   44.8 

—  3i  59     i-o 

—    32       6    33    1 

71.2 

72    2 

3 
2 

'3-34 

I  -1      76 

1827 

Anonymous  

j 

7.  S 

t/             J- 

47       6    42 

74.    Q 

3 

I      *-  ft" 
2   44.6 

J*      ^    JJ'  J 
—    32       2    28.  O 

/  *•  * 
69.6 

2 

1  0*  0U 

i  "j   ^6 

Ju*/ 

3828 

p3    Cancri  .    . 

/    j 
6.0* 

T1/                    T1* 

4.7    1  6   O7 

/  1*  y 

Cn    o 

J 

•3 

•i  tf  ' 

3-  612 

J_    28    27    33    J. 

71    8 

2 

—  *  J1  JV 
1  1    11 

3829 

M.Z.96,  37  

8-5 

*T/       ***•  \J  1 

47  22.70 

jy'  ** 

68.2 

J 

3 

2.481 

1       •**    •*•/     JO'  -r 
-    30    41     51.2 

/  i.  <j 

71.2 

3 

1J-  Oi 

'3-38 

3830 

Weisse  VIII,  1222  .    . 

7-7 

47  37-33 

68.7 

2 

3-  '53 

+     4  40  3&  8 

69.8 

2 

13.40 

3831 

B.A.  C.  3031  .... 

6-5 

8  47  53-  58 

66.5 

3 

+  3-333 

+  14  42  48.  9 

68.8 

2 

-  13-41 

3832 

•?8^ 

Weisse  (2),  VIII,  1  181 

8.2 

S.  ? 

47  53-92 
48   16  6q 

68.3 
67  6 

2 

3-478 
3.286 

+    22    13    29.0 
4-12      Q    2Q    7 

65-3 

60    7 

2 
2 

"3-41 

1  1    44 

j^jj 
•?834 

59  Cancri   

j  j 

C.  C* 

*r1-'    *  ***  "y 
4.8    17    76 

/  -  * 

60    2 

2 

3  728 

1         '               7     *•?'   i 

-4-    11    26    4<1    7 

vy*  / 

C-2     2 

*  j'  T-T- 
1  1    44 

j^j^ 
383S 

3836 

O.  Arg.  8.9127     .    .    . 
Anonymous  

J'  J 

7-7 

9.  2 
•  *• 

T1*-1      •/•/** 

48  18.50 
8  48  20.  67 

vy.  m 
64.  2 

6d    2 

2 
2 

O     / 

2.482 

4-  2  8-n 

T^    JJ    "M    tj*  / 

-  30  42  5'-5 

I  1    27 

JJ*  •" 

71.8 

5 

1  J'  TT 

'3-44 

—  —     I  "2    44 

o^j™ 
3837 
3838 

Lacaille  3582  .... 

Anonymous  . 

7.0 

48  25.54 

48  31 

VJ*f.    4. 

64.  o 

5 

~     -    -jj 

2.  461 
2    8i3 

*  j    •/ 

-  3i  37  36-8 

—    I  1    11    44    1 

65.7 

6q   3 

2 
I 

*O*  *f*f 

«3-45 

I  7     ^C 

j^j" 
3839 

17  Hydra  (1st*)  .... 

7-5 

tf.U       ^  1  . 

48  37-  88 

64.8 

6 

™  WJJ 

2-943 

*O      J  *      *TT"    O 

7  26  18.3 

wy-  o 
64.9 

3 

1  0'  43 

13.46 

3840 

17  Hydra  (2d*)   .... 

7-5 

48  37-  91 

64.8 

6 

2-943 

•    7  26  11.9 

64.9 

3 

13.46 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


99 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i 

1 

s 

1 

IM 

O 

0 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

Mean  year. 

S 

o 

'o 
^d 

Annual 
Precession, 
1860. 

h.  m.       s. 

s. 

o      /       // 

„ 

3841 
^842 

Lalande  17.605     .    .    . 

6.4 
8.  s 

8  48  49.  20 
48  50.  01 

68.3 

6^.2 

2 
I 

+  3-868 

2.  582 

4-  38  47  5°-  3 

—    -34    C2    Ci    2 

54-5 

72    7 

3 

2 

-  '3-47 

o   ^ 

3843 

B.A.  C.  3041    .    .    .    . 
S    1061 

*«  J 

7.0 

8   7 

48  51.81 

AQ         C      -7A 

VJ'  ** 

61.8 
62.2 

5 

2 

•ri    J*J*- 

3-394 
4.  460 

J^   J      jj' 

-f  18    o  58.4 

-)-  54.  10  "?6  5 

/  *•*  / 

57-7 

67    2 

4 

I 

'3-47 

I  7    AQ 

3845 

Lalande  17647     .   .    . 

/ 

8.0 

ny     j  jT1 
49     6.  56 

59-i 

2 

2.834 

T         J'T     Jv/     J      '    J 

-  '3  3°  27.5 

w  -  * 
54.8 

S 

*  j*  ty 

13-49 

3846 

M.  Z.  232,  45    .... 

7-8 

8  49  J2.  53 

69-5 

3 

4-  2.380 

-  34  58  24.  5 

72-7 

2 

—  13-5° 

3847 

3848 

M.  Z.  223,  58   .... 
d    Mali              

8.0 

A     C 

49  23-83 
49  3'  •  S^ 

70.8 
6-!.  i 

2 
2 

2-433 
2.  <;66 

-  32  53  32-5 

—   27      8  4"?   O 

72.9 

f)A     Q 

3 

2 

"3-5" 

I  3.  52 

jv^u 
1840 

Anonymous  

"    J 
Q.  O 

J     J 

6s.  i 

•"•  J'-"-' 

2.  489 

*/          M    *T  J'  v 

—    -3Q    2Q 

vytr*  y 

1  1    12 

jw^y 
3850 

Lalande  17662     .    .    . 

8.5 

49  35-  «5 

"  J' 

66.7 

7 

•r,  f*ry 

2-837 

j        y 
-    13    22    15.  6 

60.0 

6 

O'  D 

"3-52 

385' 

Weisse  VIII,  1274  .    . 

8.9 

8  49  35-93 

64.  i 

i 

4-  2.944 

•    7  25    6.4 

71-3 

i 

-  13-52 

3852 

i      Ursae  Majoris    .... 

3-5* 

49  36.  29 

60.  i 

15 

4.192 

4-  48  35  20.  3 

50.8 

52 

"3-52 

3853 

O.  Arg.  N.  9460   .    .    . 

8-5 

49  41-27 

64-5 

4 

4.446 

+  54  «9    7-1 

58.2 

4 

13-52 

3854 

Mer.  C.  Z.  90,  35      .    . 

49  43- 

2.466 

-  3"  32  43-6 

71.  i 

i 

13-52 

3855 

Lacaille  3595    .... 
o2   Cancri  

7-o 

49  44.  28 

67-7 
66.5 

5 

2 

2-434 
4-  3-  157 

-  32  52    8.  i 
4-  16    6  57.8 

71.9 

6}  6 

3 

•J 

13-52 

I  7     C-J 

M.Z.  93,  8    

8.  2 

49  47-  ^  4 

64.  3 

2 

1        J     JJ  f 

2-  503 

I         '              "     J  f  *  %J 

—    2Q    59    2*J.  'J 

uj-  *• 
66.  2 

J 

•3 

*  J'  JJ 

3858 

O.Arg.  8.9154    .    .    . 

7-9 

49  47-  22 

64.  2 

2 

2.487 

—  30  39  21.2 

7i-5 

J 

3 

13-54 

3859 

O.Arg.  8.9155    .    .    . 

7-9 

49  47-  67 

64.  2 

2 

2-485 

—  30  45  20.  i 

71.2 

3 

•3-54 

3860 

Weisse  VIII,  1282  .    . 

9.0* 

49  51-  91 

76.2 

3 

2-837 

-  13  23  48-  3 

56.6 

3 

'3-54 

3861 

p     Ursas  Majoris    .... 

5-0 

8  49  52.07 

71-3 

2 

+  5-534 

4-  68  10  15.  9 

70.6 

3 

-  13-54 

3862 

M.Z.  234,53    .... 

6.8 

49  55-  24 

64-7 

2 

2.307 

-  37  47  45-o 

70.7 

2 

'3-54 

3863 

0864 

B.  A.  C.  2042    .... 
Anonymous  

6.0* 
8.8 

50    0.37 
50  14.  77 

77.1 
69.  I 

6 
2 

9-577 
2.842 

4   81  22  57.2 
—   13     9  42.  o 

72.6 
62.8 

8 

2 

'3-55 

I  "3     C6 

jl-'v"-r 

3865 

Lacaille  3601    .... 

7.6 

50  34.  16 

63-3 

2 

2-531 

-  28  48  35.  7 

66.2 

2 

*  J'  J1-' 

13-59 

3866 

Weisse  (2)  VIII,  1245 

8.0* 

8  50  34.  32 

69.  2 

2 

+  3-521 

4-  24  30  17.  i 

46.  2 

4 

-  13-59 

3867 

3868 

B.  VI.  +  23°,  2024  .    . 
a     Cancri   .    . 

9.0 

4O* 

50  47. 

6/o 

2O 

3-495 
3-  288 

4-  23  17    3.9 

_L     122"?    50.  I 

67-3 
67,8 

i 

13.  60 
13.  60 

3869 

Weisse  (2)  VIII,  1252 

.  \J 

6.8 

5o  53-  18 

68.7 

2 

3-463 

4-  21  42  24.5 

65.8 

2 

13.60 

3870 

Weisse  (2)  VIII,  1255 

8-7 

50  55-13 

68.  i 

6 

3-495 

4-  23  16  40.  7 

68.3 

3 

13.61 

3871 

O.  Arg.  N.  9484   .    .    . 

9.0 

8  50  57.51 

69-3 

i 

4-  4-  386 

4-  53  >3  19-2 

71-3 

i 

-  13.  61 

3872 

O.Arg.  8.9178    .    .    . 

8.0 

50  58.  68 

64.7 

2 

2.501 

—  30  10    6.  2 

67-3 

2 

13.61 

3873 

Weisse  (2)  VIII,  1258 

8.0 

51     o.  84 

68.6 

8 

3-495 

4-  23  20  16.  7 

68.8 

2 

13.61 

3874 

Lacaille  3607    .... 

7.8 

51  32-9' 

63-5 

3 

2.569 

-  27  IQ  38.  7 

64.8 

2 

13-65 

3875 

Weisse  (2)  VIII,  1291 

8.0 

52  41.  18 

68.3 

2 

3-466 

4-  22    o  36.  6 

62.8 

2 

*S-72 

3876 

O.Arg.  8.9210    .    .    . 

8.0 

8  52  56.56 

74-7 

4 

4-  2-494 

-    30  42    12.  I 

71.2 

3 

-  13-74 

3877 

Lacaille  3617   ..    .    . 

7-  i 

52  59.96 

64.  2 

S 

2-477 

-    31    25    28.4 

66.2 

2 

13-74 

3878 

Weisse  VIII,  1367  .    . 

9.0 

53  1  4-  70 

59-2 

3 

3.227 

+    9    5  37-5 

56.2 

3 

I3-76 

3879 

B.A.  €.3070   .... 

5-6 

53  '9-21 

67.6 

3 

2-549 

-  28  15  52.  6 

69-9 

3 

13-76 

3880 

M.Z.  232,  47    .... 

9.0 

53  40. 

•    - 

2-398 

-  34  46    o.  8 

68.7 

2 

I3-78 

1OO 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

ij 
3 

u 
>-* 

1 

s 

1 

*o 
6 
£ 

Annual 

Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

S 

x 

3 

1 

IM 

0 

6 
2 

Annual 

Precession, 
1860. 

3881 
1882 

Lacaille  3621   .... 
68  Cancri 

6.5 

6.8 

h.  m.      s. 
8  53  43-  03 

C-3      CJ      QI 

64.  2 

64..  o 

7 

A 

s. 
-r-  2-572 
i  380 

0           /           // 

—  27   16  16.  2 
+17    37    3O   O 

72.0 

61  7 

4 

// 

-  13-79 

I  !    80 

J*"** 

3883 

«     Ursa;  Majoris    .... 

4.0* 

JO     J  •  '   7* 

54    3-12 

W*T* 
59.2 

*t 
2 

O-  J^"-* 

4.138 

/  j/  jy4 

+  47  42  24.9 

vi  ./ 

58.3 

1 

2 

1  j.  ou 

I3.8I 

3884 

B.  A.  C.  3076    .... 

6-5 

54     7-66 

65.8 

3 

3-  "77 

+     6  ii   15.  2 

67-9 

3 

13.81 

3885 

Weisse  (2)  VIII,  1322 

8.0 

54  "4-73 

68.7 

2 

3-454 

-|~  21  32  18.  i 

56-3 

2 

13.82 

3886 

B.  A.  0.3078    .    .    .    . 

6-5 

8  54  25.57 

66.6 

3 

+  3-177 

+     6  n  59.  2 

67.9 

3 

-    I3.83 

3887 

Weisse  (2)  VIII,  1324 

7.0 

54  33-  38 

74.2 

3 

3.839 

+  38  23  47.  8 

62.  2 

3 

13.84 

3888 

O  Arg.  8.9243    .    .    . 

7.0 

54  42.41 

64.1 

2 

2.649 

—  23  36  30.  o 

68.7 

2 

13.85 

3889 

M.Z.  221,60    .    .    .    . 

6.7 

55    4-  84 

64.  2 

2 

2.581 

-  26  58    9.  3 

69.  2 

2 

I3.87 

3890 

B.  A.  €.3082    .    .    .    . 

6.0* 

55     7.13 

62.2 

10 

2-599 

-  26    6  54.5 

71.6 

5 

13.88 

3891 

Weisse  (2)  VIII,  1352 

7.0 

8  55  '7-97 

66.9 

3 

+  3-485 

+  23    9  40-  5 

7O.  2 

2 

~    13.89 

3892 

^SO  "? 

Weisse  (2)  VIII,  1347 

M    Z    Q3    12 

8.4 
8.6 

55  3i.6o 

CC     12    60 

62.4 
67    2 

4 

2 

3-990 

2    ?  I  2 

+  43  36  23.4 

-2O    O       "?6    A. 

66.3 
7O    2 

2 

13.90 
I  "*    QO 

O^yO 

3894 

O.  A  rg.  8.9258     .    .    . 

7.8 

JJ     J*" 

55  35-So 

/ 

66.7 

2 

*»  3  *  * 

2.625 

Jr*    y       Jw-  1 

-  24  53    9.0 

/**«  * 

59-6 

2 

l  j.  yu 

"13-91 

3895 

Lacaille  3643   .... 

7-i 

55  47-  18 

62.8 

3 

2.602 

-  26     I  31.  6 

71.2 

3 

13-92 

3896 

M.Z.  233,  21    .    .    .    . 

8.0 

8  56    4-  35 

66.7 

2 

+  2.576 

-  27   15  48.9 

68.3 

2 

-  '3-94 

3897 

O.  Arg.  N.  9550   .    .    . 

8-5 

56  1  6.  80 

76.2 

4 

4-385 

+  53  48    6.  8 

71-3 

2 

13.96 

3898 

M.Z.  232,  49    .    .    .    . 

7-0 

56  26.  28 

67.2 

2 

2.396 

-  35     8  22.9 

69.2 

2 

13.  96 

3899 

Lalande  17885     .    .    . 

6.8 

56  31.06 

68.3 

2 

2.842 

-  '3  27    9-3 

56.3 

3 

13.96 

3900 

B.  A.  0.3091    .    .    .    . 

7.0* 

56  36.34 

60.0 

S 

4.  222 

+  50    9  57-7 

54-3 

3 

13-97 

3901 

O.  Arg.  S.  9276    .    .    . 

7-i 

8  S6  43-  36 

64-3 

3 

+    2.  5°8 

-  30  28     1.5 

68.9 

3 

-  13-98 

3902 

Lacaille  3655   .... 

6-5 

56  44.  46 

76.2 

2 

2.300 

-  38  51   12.8 

74.0 

4 

13.98 

39°3 

B.  A.  C.  3096   .... 

6.9 

57     i.  01 

64.1 

3 

2.626 

-   24  57    8.  4 

65.2 

2 

14.00 

39°4 

Lacaille  3656  .... 

6-5 

57    4-93 

63-4 

3 

2.476 

-  3'  53  22-  2 

66.2 

.    2 

14.00 

3905 

Weisse  VIII,  1476  .    . 

8-3 

58    0.59 

59-5 

3 

2.857 

—    12   42      3.  2 

69.  2 

2 

14.  06 

3906 

<fi    Ursa;  Majoris   .... 

4-3 

8  58     i.  16 

62.  9 

9 

+  5-397 

+    67   41    54.  2 

68.7 

8 

-  14.  06 

3907 

O.  Arg.  8.9310     .    .    . 

7.8 

58  30.81 

65.0 

4 

2.597 

—  26  32    2.  5 

67.2 

2 

14.09 

3908 

B.  A.  0.3104    .    .    .    . 

7-5* 

58  35-  19 

70.3 

4 

3-342 

+  15  49  56,  2 

71.8 

5 

14.09 

39°9 

Tr.  Z.  225,  26   .... 

7-5 

58  42.  09 

72.3 

2 

2.480 

-  3'  53  38-  i 

66.2 

2 

14.  10 

3910 

Weisse  (2)  VIII,  1438 

7.0 

58  43-  77 

68.2 

2 

3-438 

+  21     4  30.4 

56.3 

2 

14.  10 

39=1 

O.  Arg.  S.  9321     .    .    . 

8-3 

8  58  52.  78 

65.0 

4 

+  2.656 

-  23  37  59.9 

67.7 

2 

-  14.11 

3912 

B.  A.  0.3107    .    .    .    . 

7.0* 

58  59-  33 

72.0 

4 

3-34° 

+  '5  46  35-9 

72.2 

2 

14.  12 

39'3 

Weisse  (2)  VIII,  1446 

8-3 

59    5-33 

68.3 

2 

3-440 

+  21     9  27.4 

56.3 

2 

14.  12 

39'4 

Lacaille  3671   .... 

5-9 

59    8.63 

62.7 

2 

2.558 

-    28    27    41.  2 

65.7 

2 

14-13 

39IS 
vii6 

r     Ursse  Majoris   .... 
r     Cancri  

S.o* 
6.0* 

59  20.  39 

8    5Q    31    17 

77.2 
60.  i 

3 
2 

5.023 
4-    3  62? 

+  64     4  45-  4 

_j_    -jo    12    52.O 

73-0 

C1    2 

4 
1  1 

14.  14 

14.  16 

jy 
3917 

Weisse  (2)  VIII,  1472 

8.5 

w  jy  jj'  •  / 

59  42.  86 

76.1 

2 

T~    j.  u*j 

3-446 

+  21  34  14-  7 

JJ-  * 
74.2 

2 

14.  16 

3918 

Carrington  1325   .    .    . 

9-7 

59  52-32 

71.2 

4 

9.767 

+  81  57  41.4 

71.6 

2 

14.  iS 

3919 
•?Q2O 

Weisse  (2)  VIII,  1475 
K     Cancri   

8.2 

?    2 

59  55-05 

9O      Q    6? 

68.3 
65.  o 

2 
72 

3-444 
^  260 

-f-  21  27  29.  8 

+11     11    AA    1 

56-3 
67.  o 

2 

14.  18 

HIQ 

jy 

j-  • 

y*  w/ 

/  " 

**     *  J    *Ht"  J 

•  ±y 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


101 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right    ', 
Ascension, 
1  860.0. 

lj 

rt 
B 
>> 

B 
rt 
<u 

•% 

4 
1 

CM 

O 

o 

fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

n 

V 

>* 

C 
rt 
0 

S 

1 

<*- 

O 

1 

Annual 
Precession, 
1860. 

h.  m.     s. 

s. 

0         f             ff 

// 

3921 

1O22 

O.  Arg.S.9344    •    -    • 

7-2 
5-  5 

9    o  18.55 
o  32.  73 

65.  o 

62.  2 

4 

5 

+  2.660 
3-  557 

-  23  35  56.  4 

+    27    12   2O.4 

67.6 

62.  2 

3 
3 

-    14.  20 
14.  21 

oVAA 

3923 

1Q2A. 

Weisse  VIII,  1529  .    . 
78  Cancri                .... 

7.0 
7.  o* 

o  34.60 
i   i  i  .  06 

60.  2 

57-8 

2 
2 

2.858 
3.378 

-    12  44  50.  I 
+  18     2    4.  i 

53-9 
57-  2 

6 

2 

14.  22 
14.  2? 

OV^T1 

7Q2£ 

£    Cancri           

4.  <> 

i   18.25 

59-  4 

4 

3.464 

-4-  22  36  33.  7 

70.  6 

3 

••*•  "j 
14.  26 

jy^j 
1026 

^   J 

8.8 

9       I    22.  80 

67.2 

2 

+  2.664 

-  23  27  56.4 

68.7 

2 

~   '4-  27 

jy^u 

3927 

M.  Z.  107,  16    .    .   .    . 

8.2 

I    27.40 

66.7 

2 

2.500 

-  31  21  ii.  8 

69.6 

3 

14.27 

3928 

Lacaille  3684   .... 

7.0 

i  33-  '8 

63.2 

2 

2.540 

—  29  3  1  20.  9 

66.2 

2 

14.28 

3929 

M.  /,.  94,  146    .... 

7-6 

i  46.99 

67-3 

2 

2.581 

-  27  38    7-7 

69.7 

2 

14.29 

3930 

r,.A.  C.  3121   .... 

4.8 

i  54-33 

62.0 

4 

2.629 

-  25  17  45.4 

70-5 

4 

I4-30 

393  ' 

M.  Z.  107,  17  .... 

7-5 

9     2    o.  48 

64.  2 

2 

+  2.498 

—  31  28  30.  i 

68.7 

2 

-  14-3' 

3932 

7O77 

Weisse  (2)  IX,  10  .    . 

8.1 
6.0* 

2    IO.  O8 
2    17.93 

63-2 

59-  9 

3 
3 

3-549 
3.  461 

+  26  58  31.5 
-f-  22  33  43.  7 

67-3 
58.2 

2 

3 

14-  3« 

14.  32 

jyjj 

3934 

-JQ-JC 

Lacaille  3690   .... 
20  Hydrre  

7-5 
5.  5 

. 
2    31.60 

2  44-  79 

62.3 

69.  2 

3 

2 

J*  T~ 

2.  630 

2-937 

-  25  16  28.6 
-    8  13  17.4 

70-3 
70.  9 

3 
3 

14-34 
14.  35 

jyjj 

3936 

M.  Z.  217,  I      .... 

7-5 

9     3     2.98 

7O.O 

3 

+  2.568 

-  28  23  37.0 

67-3 

2 

-  14-37 

3937 

e     Ursae  Majoris    .... 

5-5 

3  "4-27 

69-3 

2 

4.825 

+  61  59  47.  7 

65-3 

4 

14.38 

3938 

B.  A.  C.  3127  .... 

7.0 

3  37-oS 

64.  2 

2 

2.634 

-  25  14  10.5 

66.3 

3 

14.40 

3939 

•Joan 

O.  Arg.  S.  9418  .    .    . 

e     Mali 

6.6 

**.  2 

3  37-  1° 
4    o.  50 

64.4 
63.6 

5 
4 

2.551 

2.  <!4O 

29  15     3.2 
—  29  47  45.  6 

69.9 
68.9 

3 
3 

14.40 
14.43 

oy4(~' 
394i 

Carrington  1338  .    .    . 

j 

8.0 

9    4  13-55 

65.2 

3 

~-  JT^ 
+     9-56I 

+  81  51  46.  6 

68.7 

2 

-  14-44 

3942 

1QA1 

Lacaille  3704   .... 
36  Lyncis       .    .        ... 

7-o 

S.  S 

4  20.  83 
4  37-  92 

69.5 

59-  4 

3 
3 

2.625 

3-  960 

-  25  43     5-8 
+  43  47  3°-  7 

66.2 
71.9 

2 

3 

14.45 
14.46 

jy^rj 
3944 

Laknde  18115     .    .    . 

J     J 

7.8 

4  46.  16 

76.2 

3 

4-  3'3 

+  53  16  5'-8 

71.2 

3 

14-47 

3945 

Lalande  18122     ... 

8.0 

4  48.  06 

76.2 

3 

4-3'3 

+  53  17     3-8 

71.2 

3 

14-47 

3946 

Weisse  (2)  IX,  79   .    . 

8.6 

9    4  54.09 

68.7 

2 

+  3-420 

+  20  35  43.  5 

69-3 

4 

-  14.48 

3947 

Weisse  (2)  IX,  81   .    . 

9.0 

4  55-0" 

68.2 

I 

3.420 

+  20  37  13.3 

74-o 

4 

14.48 

3948 

Weisse  (2)  IX.-S?   .    . 

7-7 

5  25-06 

76-3 

2 

3.500 

+  24  52    o.  2 

74-2 

2 

14.51 

3949 

B.  A.  C.  3138  .... 

6.0* 

5  37-iS 

59-6 

6 

3-442 

+  21  51  26.5 

54-2 

3 

14.52 

395° 

O.  Arg.  S.  9450   .    .    . 

9.0 

5  45-  86 

77-2 

2 

2..67I 

-  23  31  39.3 

70.9 

3 

14.54 

395' 

M.  Z.  94,  150  .    .    .    . 

7-i 

9     5  49-  '6 

64.  2 

3 

+  2.583 

-  27  44  35-  7 

67.2 

2 

-  14-54 

3952 

f     Ursse  Majoris    .... 

5-5 

6    5.36 

72-5 

4 

4.366 

+  54  35  48.  8 

59-7 

8 

•4-55 

3953 

B.  A.  C.  3143  .... 

5.8 

6  13.80 

64-3 

2 

2.336 

-  38  41   16.4 

66.7 

2 

14.56 

3954 

Lacaille  3716   .... 

6.6 

6  15-47 

64.  2 

2 

2.643 

-  25     i  39-8 

67.2 

2 

14.56 

3955 

Taylor  4025      .... 

6.8 

6  1  8.  08 

62.2 

3 

3-512 

+  25  35  22.8 

63.  2 

2 

14-57 

395° 

Lacaille  3718  .    .    .    . 

6.7 

9     6  21.  14 

64.0 

4 

+  2.576 

—   28    22   29.8 

66.8 

2 

-  H-57 

3957 

^qc8 

Lacaille  3725    .... 
6     Hydra:  

7.0 

4.  ? 

7     1.46 

7     4.  70 

63-7 
69.6 

4 

2-533 
3-  n8 

-   30   29   29.4 

-f-     2  54     9.  4 

67.2 
67-3 

2 
2 

14.61 
14.61 

jyj^ 

3959 

O.  Arg.  S.  9481    .    .    . 

^   J 

5-6 

/       ^    /  y 
7    22.  14 

vy 

63.4 

O 

4 

2-563 

-  29     5  24.  9 

66.2 

2 

14.63 

^060 

TTS  Cancri  

6.0* 

7    20.  GO 

62.8 

3 

3-  326 

-j-  15  31   n.  3 

68.7 

2 

14.64 

jyww 

/       "•  y^ 

o 

102 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

bM 

O 

d 

Annual 

Precession, 
1860. 

Mean 
Declination, 
1860.0. 

<3 
g 

i 

w 

s 

"o 
o 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0             /            // 

„ 

3961 

O.  Arg.  S.  9488   .    .    . 

7-2 

9     7  39-34 

64.7 

5 

+  2.592 

-  27  43  42.  5 

67.3 

2 

-  14-65 

3962 

O.  Arg.  S.  9489   .    .    . 

7-  i 

7  43-  90 

64.  2 

3 

2.596 

-  27  30  51.5 

67.8 

2 

14.65 

3963 

Weisse  (2)  IX,  142  .    . 

7-9 

7  56.  16 

62.6 

2 

3.538 

+  27     2  46.  i 

67.3 

2 

14.  66 

3964 

O.  Arg.  S.  9496   .    .    . 

7-2 

8    4.40 

64.  2 

3 

2-597 

-  27  32  24.  5 

67.8 

2 

14.67 

3965 

Weisse  IX,  153   ... 

9.0 

8  17.92 

75-2 

3 

3-  164 

+     5  42  26.4 

69.  2 

2 

14.68 

3966 

Lacaille  3733   .... 

6-5 

9     8  30.40 

63.2 

2 

+   2.504 

-  3i  58  39-  5 

67.8 

2 

-  14-  70 

3967 

Weisse  (2)  IX,  160  .    . 

8-5 

8  37.  27 

59-7 

3 

3-500 

+  25  13     8.9 

55-2 

3 

14.70 

3968 

DM.  -f-  20°,  2297    .    . 

9-5 

8  41.63 

72.7 

2 

3.407 

+  20  13  36.9 

62.8 

2 

14.71 

3969 

M.  7.232,58    .    .    .    . 

9.0 

9     6. 

2.  428 

-  35  20  50.  4 

70.2 

I 

14-73 

397° 

Lacaille  3739  .... 

7-3 

9     6.  14 

63.7 

4 

2-553 

-  29  47  16.7 

65.2 

2 

'4-73 

397' 

Lacaille  3741   .... 

7-o 

9     9     6.  38 

67.2 

2 

+  2.428 

-  35  22  58.  6 

71-5 

4 

-  H.73 

3972 

B.  A.  €.3156    .    .    .    . 

5-2 

9  ii.  ii 

69.  2 

2 

2.237 

-  42  38  S7-.4 

66.3 

2 

14.74 

3973 

Weisse  (2)  IX,  172  .    . 

8-5 

9  14.  26 

60.2 

3 

3.480 

+  24  14  14.  7 

55-3 

3 

14-74 

3974 

Weisse  (2)  IX,  176  .    . 

7-2 

9  34-18 

62.2 

4 

3-577 

+  29    9  48.  8 

62.  2 

2 

14-76 

3975 

Lacaille  3750  .... 

6.6 

9  45-  50 

63-9 

4 

2-491 

-  32  44  32.9 

65.5 

4 

14.77 

3976 

Lalande  18288     .    .    . 

5-8 

9     9  47-  3° 

68.8 

2 

+  3-  728 

+  35  56  58.9 

56.5 

3 

-  14.77 

1Q77 

M  Z  105  3      .... 

8.  5 

Q  4Q.  11 

72    2 

8 

2.  6lO 

--     27    17    21    2 

69.  8 

6 

14.  78 

jy// 

/*••*• 

—  /     j/    *•  j1  *• 

3978 

O.  Arg.  8.9522    .    .    . 

7-4 

9  51-62 

64-3 

3 

2.619 

-  26  36  52.  6 

68.7 

2 

14.78 

3979 

Lacaille  375  1    .... 

7.0 

10    5-45 

66.9 

3 

2.586 

—  28  18  20.5 

68.3 

2 

14.79 

7080 

e   o 

10    7,  ii 

72    7 

1   762 

+17    21    11    7 

46.  7 

6 

14    70 

^yuw 
3981 

Weisse  (2)  IX,  198  .    . 

j-  w 

8.6 

9  10  20.  67 

/  £"  I 

67.2 

2 

J'    i  w" 

+  3-37° 

O/        O    J-J'  I 

+  18  18  55.5 

68.7 

2 

"T"  /  y 
-    I4.8l 

3982 

O.  Arg.  S.  9539    .    .    . 

8.2 

10  44.  76 

69-3 

2 

2.566 

-   29   22      3.8 

67.8 

2 

14.83 

3983 

Weisse  (2)  IX,  207  .    . 

8-3 

10  48.  92 

68.8 

2 

3.400 

-f  20    o  26.  8 

56.3 

2 

I4.83 

g 

83  Cancri  

6.0 

II      O.  7S 

61.  3 

47 

3l6Q 

_1_    ig   17  4.7    i 

61  "I 

7 

14.85 

3985 

B.  A.  €.3174   .    .    .    . 

y   /  j 
II  27.89 

64.5 

"Tl 

3 

•  j^y 

2.350 

I       *w    *  /    <r/  •  * 

-  38  48  59-  7 

*  *  j 

7O.  2 

/ 

3 

14.87 

3986 

M.  Z.  217,7  ...... 

8.4 

9  n  43.58 

64.5 

3 

+  2.585 

-  28  33     i.i 

69.9 

3 

-    14.89 

3987 

M.  Z.  232,  60    .... 

7-° 

12      4.  40 

64-3 

2 

2.443 

-  35     6  17.5 

68.7 

2 

14.91 

3988 

Lalande  18362     .    .    . 

6.0 

12    12.23 

69.  2 

2 

3-  790 

+  38  46  43-  5 

63.9 

3 

14.92 

o 

a     Lyncis                       . 

-   n 

12    ''O    72 

71     1 

1.   606 

_|_    IA    cR   ee    c 

_ 

6 

14    O2 

jy   y 

J* 

&      JV.    /  * 

I  Lf  J 

t          J*T      J°      JJ'    J 

74-  ° 

4-  93 

Wei  se  IX,  245    .    .    . 

12    32. 

3.  161 

-4-       <    42    SI    I 

CQ    7 

2 

14  Q3 

Weisse  IX,  249    .    .    . 

Q    12    l6 

+  1  161 

I           J    T™     W  " 

jy-  / 

72    1 

2 

3992 

2  1109  (ist*)  .... 

9.0 

y    *  •    Ow* 
12   36.88 

65.2 

4 

j.  iu± 
3.  161 

+    5  36 

/  *"  j 

14.94 

3993 

2  1109  (2d*)  .    .    .    . 

9.0 

12   37-51 

65.  2 

4 

3.  161 

+    5  36 

14.94 

,.Q      . 

B.  A.  C.  3181    .    .    .    . 

12  4.4.  QS 

6O.  2 

2 

1.  1QI 

-4-     I  Q    4O    ^1.8 

e?   7 

7 

14.  94 

3995 

Mer.  C.  Z.  166,72    .    . 

7.0 

^t  yj 
12    55.  65 

63.7 

2 

j    jy 

2.482 

I       *  y   T-"    j  *  *  " 

—  33  30  29.  3 

jj   / 

69.6 

/ 

3 

14.96 

3996 

B.  A.  €.3182   .    .    .    . 

6.5 

9  12  58.33 

75-3 

5 

+  4-  138 

+  5°    8  14.3 

48.i 

3 

-  14.96 

3997 

Lacaille  3780  .... 

6-3 

13    o.  68 

66.8 

2 

2.365 

-  38  27  25.  i 

70-3 

2 

14.96 

10.08 

26  Hydra;      .        .... 

c    c 

11      I    <K 

s8  ? 

2 

2.  893 

—    I  I    23      9.  2 

71    O 

•3 

14.  96 

jyy" 

Anonymous      .    . 

J'  J 

8.0 

*  j      *  •  y  j 
11    22    77 

ju-  j 
69.  8 

2-  356 

—  38  50  4S-  2 

/  *•  •* 

67  7 

J 

2 

14.  98 

4000 

DM.  -4-  20°,  2305     .    . 

*O     *"*"  /  / 

13  28.95 

68:8 

2 

3-396 

+    20      I    57.5 

wr  •  / 

56.3 

2 

14.99 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


103 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

rt 
<u 

rt 
B 

1 

O 

o 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

u 
rt 
U 

1 

1 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /           // 

// 

4001 
4002 

Weisse  (2)  IX,  271  . 
27  Hydrce                   .    .    . 

6-5 

9  13  3".27 

76.7 
61.6 

4 

+  3-326 

2.  Q*2 

+  '5  57  47-4 

—      8    ?7   4Q.  7 

73-3 

7O.  2 

2 
2 

-  14-99 
15.  oo 

4003 

O.  Arg.  S.  9600    .    .    . 

8-3 

'3  53-54 

64.4 

4 

'    -7iJ 

2.620 

J/    ^y  i 
—   27      OII.5 

69-3 

2 

15.01 

4004 

B.  A.  0.3190   .    .    .    . 

6.0 

'3  59.63 

63-5 

3 

2.485 

-  33  30  45-  « 

69.6 

3 

15.02 

4005 

M.  Z.  217,  10    .   .    .    . 

9-o 

14  10. 

2.588 

-  28  40    4.  6 

74-4 

4 

15-03 

4006 

M.  Z.  217,  n    .... 

7-o 

9  H  23.  07 

67.8 

9 

+   2.591 

-  28  32     3.9 

69-3 

5 

-  15-04 

4007 

O.  Arg.  8.9615    .    .    . 

7-2 

'4  39-27 

68.6 

5 

2.590 

-  28  37  39.  2 

72.1 

8 

15.06 

4008 

Lacaille  3788  .... 

7-5 

'4  43-  63 

63.1 

2 

2-599 

-  28  12  43.5 

66.2 

2 

15.06 

4009 

O.  Arg.  N.  9842   .    .    . 

7-2 

'5    9-73 

59-6 

3 

4.155 

+  So  52  33-  i 

56-2 

2 

15.09 

4010 
40  1  1 

O.  Arg.  N.  9844  .    .    . 
h     Mali  

8.8 
S.  i 

15  12.24 
0   K    17.  7O 

6O.  2 

67.  2 

2 
2 

4-  IS' 

+    2.  651; 

4-  50  46  16.  8 
—  25  22  18.  6 

56.2 
68.3 

2 
2 

15.09 
-  15.  10 

*fwl  » 

4012 

B.  A.  0.3194    .    .    .    . 

j 

7-5* 

y    *  3      it 
'5   25.42 

60.8 

2 

|          +  ••    VJJ 

3-497 

+  25  46  43-  8 

60.6 

5 

15.10 

4013 

M.  Z.  232,  64    .... 

6.8 

'5  25.85 

73-7 

4 

2.463 

-  34  45  51-3 

72.3 

3 

15.  10 

4014 

Lacaille  3796  .... 

7-6 

15  27.42 

66.7 

2 

2.  560 

—   30    12   46.6 

65.8 

2 

15.  10 

4015 

B.  A.  0.3201    .    .    .    . 

6.5* 

15  58.44 

59-i 

2 

3-510 

+  26  3  1     1.9 

53-2 

7 

15.13 

4016 

B.  A.  0.3202    .    .    .    . 

7-5 

9  16    2.  44 

74-8 

4 

+  3-200 

+    8  18  42.9 

70.8 

4 

-  15.  14 

4017 

Weisse  IX,  337    ... 

8.5 

16  18.44 

69.7 

2 

2.839 

-  14  53  50.0 

72-3 

2 

15.  16 

4018 

Lacaille  3802    .... 
I     Draconis           .... 

7-o 
c.  o 

16  47.  40 
16  48.  18 

66.6 

3 
1  1 

2.569 

—  29  55  39.5 
-f  81  56  21.  8 

68.0 
66.6 

3 
26 

15.  18 
15.18 

4020 

j 
7-  ° 

1  6  48.48 

60.  3 

i 

2.  37O 

—  58  47      •?.  Q 

70.  2 

2 

15.  18 

4021 
4022 

B.  A.  0.3206    .    .    .    . 

6.8 
8.4 

9  16  52.27 
16  55.  54 

60.6 
70.  8 

7 

~*  j  j  v 

+  3-  397 

2.  6OO 

J      ^/       o-  y 

+  20  23  25.  6 
—  28  23  40.  8 

62.2 
70.  9 

2 
I 

15.  19 

4O2T 

Anonymous  

7.  7 

I  6    17    OQ 

68.6 

2.  372 

—    ^8   4^    II.  6 

69.  2 

2 

15.  19 

T^         J 
4024 

M.Z.  232,  65    .    .    .    . 

/    / 
6.8 

j  1       y 

'7   5-23 

68.6 

6 

2.465 

O       ^  .J 

-  34  55  22.0 

72.8 

8 

15.20 

4025 

B.  A.  0.3207    .    .    .    . 

4-5 

17   8.74 

63-5 

3 

2.  604 

—  28  14  15.6 

66.2 

2 

15.20 

4O26 

O.  Arg.  S.  9661     .    .    . 

8-3 

9  17  13.  28 

64.5 

3 

+    2.571 

-  29  53  24.9 

68.9 

3 

-  15.21 

4027 

M.  Z.  217,  14    .... 

8.1 

17  15.40 

66.8 

3 

2.599 

-  28  30  38.  6 

68.3 

2 

15-21 

4O28 

M.Z.  217,  15    .    .   .   . 

8.2 

17  26.04 

66.8 

3 

2.  6OO 

—  28  28  39.  2 

67.9 

3 

15.22 

4029 

Lacaille  3807  .... 

6.7 

17  46.98 

63-2 

2 

2.  516 

-  32  36    8.  i 

66.3 

2 

15.24 

4030 

Lacaille  3810   .    .    .    . 

6.5 

18    3.12 

66.8 

2 

2.472 

-  34  38  54-6 

67.8 

2 

15-25 

4031 

Weisse  (2)  IX,  377     . 

9.0 

9  18    7.46 

59-2 

2 

+  3-447 

+  23  14  48.  6 

55-6 

3 

—  '5-26. 

4032 

Weisse  (2)  IX,  383     . 

9-5 

18  19.32 

59-2 

2 

3-446 

+  23  14  47.2 

55.8 

2 

15.27 

4033 

M.Z.  217,  17    .... 

8.  i 

18  28.02 

64.  2 

2 

2.  602 

-  28  27  57.5 

67.3 

2 

15.28 

4034 

Lacaille  3815    .... 

7.0* 

18  42.89 

75-8 

6 

2-376 

-  38  49  28.  9 

69.  2 

2 

15-29 

4035 
4O36 

O.  Arg.  S.  9692    .    .    . 
41   Lyncis   

8.5 
c.  c* 

19  13.65 

9  19  28.  40 

66.8 
6?  6 

2 

2.  607 

-4-    1   Q7I 

-   28   22   35.8 
+    4.6    12    4.1.  O 

67.3 

53*  2 

3 

15-32 

—    15.  •!•? 

4037 

Schjellerup  3476  .    .    . 

J     J 

8.9 

19  31.98 

WJ.    \J 

67.2 

2 

1      J*  y  1  * 

2.951 

T-"    *  •    *r  j  *  y 

•    7  59  42-  5 

68.7 

2 

J     O  J 

«5-34 

4038 

Lalande  18604     •    •    • 

7-4 

20  1  6.  36 

65.1 

2 

3.292 

+    14    21    23.3 

69-3 

2 

15-38 

4039 

/;     Ursae  Majoris   .... 

5.0 

20  27.  ii 

68.3 

2 

4.805 

+  63  40  14.  6 

66.  9 

7 

'5-39 

4040 

M.Z.  105,  n    .... 

7.6 

20   32.  30 

64-4, 

5 

2.  621 

—  27  46  10.  4 

68.8 

2 

«5-39 

104 


CATALOGUE  OK  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

u 
rt 
0 
^> 

C 
rt 

V 

4J 

o 

V- 

o 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

jj 

>. 

G 

a 

<u 

^ 
o 

"o 

o 
S5 

Annual 
I'recession, 
1860. 

'  <  >  1  1 

2,  O* 

h.  m.      s. 

92O   4.2    47 

1:7  6 

!C6 

S. 
1_     2    OC  I 

0           /           // 

.     8      7178 

A7     A 

AA 

// 

I  C      AC\ 

T-'-'T-* 
4042 

4O43 

Lacaille  3834   .... 

6.5 
6.0* 

•CpV/    T*'  T1/ 

20  43.  67 
2O    S  7    44 

j/  •  w 
66.2 
67.8 

*  Jw 
2 

4. 

r  *•  Va1 

2.  510 
3  218 

0     o   lj-  ° 
-  33  '7  28.8 

_L          Q      TQ      (J2      C 

4/'  4 
71.0 
60     3 

44 

3 

7 

X5-  4° 
I5-40 

r  r    ^2 

*TVTO 

4044 

M.Z.  105,  12    .... 

7-5 

™*    j  1  '  T-T- 

21  20.  37 

"O*  •* 

66.8 

T 

2 

j-  ^*" 

2.  622 

i      y  jy  j*1-  3 
-  27  47  19.9 

**y*  o 
68.8 

o 
2 

*j*  4* 

15.44 

4045 

Lacaille  3838   .... 

6.5 

21    21.98 

66.2 

2 

2.514 

-  33  "     1-6 

69.  2 

3 

15-44 

4046 

B.  A.  €.3235    .    .    .    . 

6.2 

921    49.  62 

67.6 

3 

+    2.489 

-  34  23  58.  7 

70.7 

2 

-    15.46 

4047 

d    Ursas  Majoris    .... 

4.0 

22       2.OI 

62.5 

7' 

5-466 

+  70  26  32.  7 

69-5 

8 

15.48 

4048 
4049 

Lacaille  3843    .... 
Lacaille  3848  .... 

7.2 

6.8 

-  22  23.  57 

22    25.  I? 

63-3 
67.6 

2 

3 

2.679 

2-493 

24  49  26.  2 
-  34  i?  43-9 

66.2 

69.  2 

2 
2 

I5-50 
I5-50 

4050 

Weisse  (2)  IX,  478     . 

9.0 

23     3-  89 

59-9 

3 

3-412 

+  21   54   13.2 

55-9 

3 

15-53 

4051 

Weisse  IX,  488    ... 

9.  o* 

9  23     4-  37 

65-3 

2 

+  2.890 

—  12     7  23-8 

60.  9 

5 

-    15-53 

4052 

Weisse  (2)  IX,  47  1  .    . 

7.0 

23  I3-58 

60.  2 

2 

3-898 

+  44  21  24.  i 

68.3 

2 

15-54 

4053 

4OC.4 

Weisse  (2)  IX,  486  .    . 
e     Antlias  

9.5* 
4-  ' 

23  26.  73 
23  28.  1  6 

6l.3 

64.  c. 

2 

3.466 

2   474 

+  25     i  41.4 
—  35  20  26.  6 

60.  3 

7O    7. 

5 

2 

I5-56 

I  C      eft 

T^JT 
4055 

B.  A.  0.3243   .    .    .    . 

6-3 

23  28-47 

vt-  j 

63-3 

2 

T"/  T 
2.661 

-  25  58  54-  7 

fw*  0 

68.7 

2 

L  J-  J^ 

15.56 

4056 

6     Ursae  Majoris   .... 

3-0* 

9  23  28.  83 

54-4 

I? 

+  4-  164 

+  52  18  50.4 

52-3 

15 

-  15-56 

40S7 

Lacaille  3857  .... 

7-4 

23  3°-49 

63-3 

2 

2.680 

-  24  54  5f  •  7 

68.2 

2 

15-56 

4058 

Weisse  IX,  498    .   .   . 

9-5 

23  32-55 

65-3 

2 

2.891 

-  12     7     4.8 

66.2 

2 

15-56 

4059 
4.O6O 

B.  A.  C.  3248   .... 
A     Leonis  ....        .    . 

6.0 
S.  o 

23  41-83 

27    47     C7 

63-3 

64     I 

2 
•j 

2.661 

34AO 

-   25  58  41.8 

+27     7A    CO    7 

68.8 

72    C 

2 

15-57 

1C     C7 

f  vw 
406l 

M.  Z.  223,  80    .    .    .    . 

j 

7-6 

J    TO-  JJ 

9  23  48.  71 

\r*f.,    * 

72.9 

5 

'  TT-1"' 

+  2.529 

^j  J4  >y-  j 

-    32   41    58.  2 

/*•  J 

69.8 

2 

•51  i)7 

-  15-58 

4O62 

Lacaille  3864  .... 

7-  « 

23  49-  54 

64.4 

4 

2.631 

-  27  37  49-5 

67.8 

2 

15-58 

4063 

M.Z.  105,  15    .    .    .    . 

8.2 

24    5-  7o 

64.7 

2 

2.634 

-  27  34  30.  9 

67.8 

2 

15-59 

4064 

O.  Arg.  S.  9789    .    .    . 

6.0 

24    6.17 

75-3 

5 

2.596 

-  29  31  54.  9 

66.3 

2 

15-59 

4065 
4066 

O.  Arg.  N.  9989   .    .    . 
f     Leonis  .    .           ... 

6.5 

$    O* 

24  21.07 

Q   24   2"?    80 

66.0 
58.  8 

2 

T  7 

5.412 

J_     -7    24Q 

+  70  15  28.6 

_|_      f  T      CC          78 

7O.  2 
C  C    2 

2 

15.  61 

j  e    ^  j 

4067 
4068 

Lacaille  3874  .... 
h    Leonis  

J 

7.0 

6.0* 

y  *•»  -"-o-  uw 

24      25. 

24.    27    OQ 

62.6 

1  J 

7 

n^  o«  -^y 

2.531 

•3    22? 

T^    "    JJ      o-  ° 

-  32  47  28.0 

+IO    IO    C2     7 

JJ'  * 

68.8 

48    2 

2 

c 

15.  61 

1C      fij 

•|JWWW 

4069 

f    Antlke  (1st*;   .... 

7.0 

**T  **/  •  v:7 

24  46.  25 

70.2 

/ 

3 

o*  »*5 

2-563 

***  *y  5"*«  o 
-  31   16  37.2 

Tw-  * 

72-3 

j 

3 

1  j-  <« 
I5-63 

4070 

f    Antlia;  (2d  *).... 

6*5 

24  46-  55 

69.7 

2 

2-563 

-  31   16  29.  o 

72-3 

3 

15-63 

4071 

9     Leonis  Minoris    .    .    . 

6.0* 

9  24  53.99 

59-6 

2 

+  3-705 

+  37     6  18.6 

52.8 

ii 

-    I5-64 

4072 

M.Z.  237,45    .... 

8.5 

24  56.  82 

67-3 

2 

2.463 

-  36     i  44.9 

75-3 

2 

15.64 

4073 

A  O7  4 

B.  A.  €.3255    .... 

ib    Argus    ... 

6.5* 

7,    C 

25     5-77 

2C     II     17 

76-9 

Hfl 

3 

3-535 

2    77/i 

4-  28  59  10.  i 

7O     C  I     ICi    A 

72.3 
66.  2 

4 

2 

I5-65 

1C    ^C 

*t'-'/tr 

4075 

26  Ursse  Majoris    .... 

j  j 
6.0 

*3    *  *•  *  J 
25    12.56 

•  U 

68.8 

2 

*•  .5/4 
4.  1  68 

jy  5  l  *°'  4 

-f-   52  40  16.  2 

63-7 

2 

'3-  °5 
15-65 

4076 

4O7  7 

M.Z.  232,  72    .... 
f2  Antlhe  

7-3 

9     25  22.46 

2C     72    08 

70.8 

76     7. 

2 

+  2.480 

2.  566 

-  35  18  41-5 

il      1C     2  "2     O 

70.2 

7A    2 

3 

J 

-   15-66 

T  C       67 

T   /  / 
4078 

10  Leonis  Minoris    .    .    . 

5-8 

•^    j-*-.  yu 

25  38.05 

/u*  J 

69-3 

2 

3-7°I 

J1     *J     *J'  u 

+  37     i     o.  i 

/4-  * 
5O.6 

7 

*5'  u/ 

15-67 

4079 

Lacaille  3889  .... 

6.0 

25  42.67 

64.4 

5 

2.486 

-  35     5  33-8 

66.3 

2 

15.68 

4080 

M.  Z.  8,  6  

6.8 

25  45  -32 

64.9 

3 

2.463 

-  36    8    4.9 

73-5 

3 

15.68 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


'05 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

S 
>, 

a 
u 

?! 

;l 

'o 

'••    6 
fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

b 

rt 
<u 
>, 

3 
% 

1 

**- 

O 

1 

Annual 
Precession, 
1860. 

4081 

O.  Arg.  S.  9824    .    .    . 

8-5* 

h.  m.      s. 

9  25  50.34 

70.9 

3 

+  2*636 

0          /            // 

-  27  36  10.4 

67.8 

2 

// 
-   15-69 

4082 

M.  Z.  217,  20    .    .    .    . 

7-3 

25  58.46 

68.8 

2 

2.621 

-  28  25  51.7 

67.  2 

2 

15.70 

4083 

Weisse  IX,  563    ... 

9-o 

26    6.  05 

59-6 

3 

3.  260 

+    12   42   23.  I 

56-2 

2 

15-70 

4084 

Lacaille  3892  .... 

6.8 

26  10.  74 

63.. 

2 

2.630 

-  28    o  43.  9 

66.3 

2 

I5-7I 

4085 

Weisse  IX,  379    ... 

9.0 

26  48.  49 

59-6 

3 

3-250 

+   '2     9     3-4 

56.2 

3 

'5-74 

4086 
4087 

Lacaille  3903   .... 
31  Hvclrde  . 

6.2 

6.0* 

9  27  29.37 

27    3  }    4.8 

64.8 

Cn    7 

5 

+  2.415 

2    Oo6 

-  38  30  40.  4 

C     17     2c\    f\ 

66.2 

60    7 

2 

-  15-78 

T  C     78 

^•FWJ 

4088 

Lacaille  3905    .... 

6-5 

/       JJ*  T-u 
27      38-47 

jy*  / 
64.5 

4 

*  yyu 
2.427 

3  1  1  *y-  9 
-  38    I  13.0 

U9-  7 
73-3 

3 

Ij.  70 
15.80 

4089 

0.  Arg.  8.9855     .    .    . 

8-5* 

27      58.   48 

70.2 

6 

2.571 

"  31  19  29.4 

68.2 

2 

15.80 

4090 

O.  Arg.  8.9856    .    .    . 

6.8 

28    o.  63 

75-o 

8 

2.569 

-  31  24  12.  7 

68.2 

2 

I5.8l 

4091 

O.  Arg.  8.9888    .    .    . 

8.5 

9  29  11.44 

67.2 

2 

+  2.768 

-   2O   22   48.  5 

68.8 

2 

-     15.87 

4092 

Lacaille  3918  .    .    .    . 

6.5 

29  22.59 

65.0 

4 

2.496 

-  35  12    3-9 

68.9 

3 

15.88 

4093 

B.  A.  0.3275    .    .    .    . 

6.0 

29  27.  17 

77.0 

4 

7.184 

+  78  46    7-  4 

73-7 

4 

15.88 

4094 

4oq<; 

M.  2.232,77    .    .    .    . 
10  Leonis  

9.0 
5.  i 

29  41. 

20  4.Q.  O? 

64.      I 

12 

2.497 

31  7Q 

-  35   "  34-4 

+7    27    42    7 

70.1 
60  "* 

I 

15.88 

i  c   on 

^     7  J 
4096 

Lacaille  3920  .... 

j 

7-9 

y  ^y  wj 
9  29  50.  82 

"*?•   • 

62.3 

2 

.    i  /  y 

+  2-659 

/     */    *r*'  / 

-  26  53  53.  2 

uy-  j 
70.8 

2 

1  j'  9U 
—   I5-90 

4097 

O.  Arg.  S.  9903     .    .    . 

7-5 

29  51.  86 

64.4 

5 

2.771 

-    20    15    42.5 

68.3 

2 

15.90 

4098 

Weisse  (2)  IX,  639     . 

8-5 

30  14.34 

67.2 

2 

3-328 

+  17  27  42.3 

68.3 

2 

«5-9i 

4099 

Lacaille  3923   .... 

6-5 

30  15-36 

63-4 

3 

2.709 

-  24     4  45.7 

67.  2 

3 

15.92 

4IOO 

M.  Z.  237,  49    .... 

8.0 

30  22.85 

67.2 

2 

2-495 

-  35  24  34.9 

69.6 

3 

15-93 

4IOI 

B.  A.  C.  3284   .... 

7-o 

9   30   28.  22 

77-3 

3 

+  7-572 

+  79  46  26.  9 

73-5 

2 

-  15-94 

4IO2 

O.  Arg.  8.9914    .    .    . 

9-2 

30   31.04 

69.  2 

i 

2-713 

-  23  52  31.9 

71.0 

4 

15.94 

4103 

Lacaille  3928   .... 

5-7 

30  42.  56 

67.6 

3 

2.700 

-  24  40  17.5 

68.8 

2 

'5-95 

4104 

Weisse  (2)  IX,  650     . 

9.0* 

30  45-  40 

59-2 

2 

3-  396 

+  21  46  53.8 

63.6 

4 

»5-95 

4105 

B.  VI.  +  25°,  2130  .    . 

8.0 

30  54-  70 

65.2 

1 

3-  449 

+  25     i 

•    • 

15.96 

4106 

DM.  -f-  10°,  2037     .    . 

8-3 

931     6.  20 

72.3 

2 

+  3-2iS 

-j-     10    15     19.  2 

55-2 

2 

-  !5-97 

4107 

DM.  -f  12°,  2072     .    . 

8-3 

31     6.67 

68.3 

2 

3-254 

-f-     12    40 

'5-97 

4108 

4IOQ 

B.  A.  €.3296   .... 
2     Sextantis   ...        .    . 

5-5 

C     C* 

31     8.46 

•?  I        Q    OI 

63.2 

CQ      2 

2 

2-575 

31/17 

-  3'  33     4-  7 

+         C      I  6     -1C     o 

70.0 

rg    , 

3 

'5-97 

1C    O7 

*f  m*rj 
4IIO 

12  Leonis  ....        .    . 

J-  3 

6  •;* 

j*     y  wl 

11         Q     A! 

jy~  • 
60.2 

•  "r/ 

3A_f)f) 

J    Iu    *rj-  y 
+2C    CO    AA    C 

3°-  j 

(Si     1 

2 

*5-  97 
I  C    n7 

4III 

O.  Arg.  5.9931     .    .    . 

**•  J 

7-o 

j1     y.  HO 
9  31    12.  60 

64.3 

2 

,  {±\J\J 

+   2.599 

*3   39  44-  ;> 

-    30    20    33.5 

01.  3 
64.  2 

2 

'5-  97 
-   I5-98 

4112 

DM.  +  12°,  2073     .    . 

8.0 

31    16.08 

68.3 

2 

3-254 

+  12  40  52.  7 

56.  2 

2 

15.98 

4»3 

Weisse  (2)  IX,  659     . 

9.0 

3'   17-70 

59-2 

3 

3-384 

+  21     5  29.5 

56.  2 

2 

15.98 

4114 

Weisse  (2)  IX,  66  1     . 

8-3 

3i   "9-59 

62.6 

3 

3-396 

+   21   49  40.  2 

55-7 

2 

15.98 

4IIS 

O.  Arg.  S.  9938    .    .    . 

9-o 

31  30.29 

73-3 

2 

2.  716 

+  23  48  28.6 

72.8 

2 

15.99 

4Il6 

Lacaille  3946   .... 

5-8 

9  3>  38.4' 

65.2 

2 

+  2-497 

-  35  28     5.9 

72.0 

3 

-  16.  oo 

4117 
4JI8 

Lacaille  3945    .... 
Anonymous 

7-2 
8   4 

31  4I-4I 

-J2       1    IO 

64.    I 

64.  2 

2 

2.606 

2    774 

-  30     3     4-3 

—     '2Ct     17     C  7     C 

65.9 

*7n   9 

3 
2 

16.  oo 

4119 

M.  Z.  8,  8  

**«    "T 

7-o 

O*-         J-    IU 

32    8.  88 

67-5 

3 

»•  //4 

2.480 

^U     '  /     J  j'  J 

-  36  '7  57-7 

/U.   Z 

71.8 

5 

I  O.  O2 

16.02 

4120 

O.  Arg.  8.9956    .    .    . 

9.0 

32  21.94 

69-3 

i 

2.  718 

-  23  47   15.9 

7i-3 

3 

16.04 

1 06 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Xame  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i-l 

a 
p 

>» 

1 

s 

1 

(M 

O 

4 

Annual 

Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

Mean  year. 

1 

V- 

o 
6 
fc 

Annual 

Precession, 
1860. 

4121 

Weisse  (2)  IX,  686     . 

7-3 

h.  m.      s. 
9  32  41.48 

61.6 

5 

s. 
+  3-735 

0           /           // 

+  39  35  17-8 

61.1 

5 

// 

-  16.05 

4122 

B.  A.  0.3306   .... 

6-5 

33     '-°7 

69.  2 

2 

2-425 

-  38  58  54-  o 

69.0 

3 

16.07 

4123 

4-124 

Brisbane  2587      .    .    . 

7-2 

4.0 

33  25.83 

33  40.  ?4 

67.2 

59-  9 

2 
32 

2.428 
3.  220 

-  38  53  5i-6 
4-  10  31  37.  7 

73-3 
61.  9 

3 

4 

16.09 
16.  10 

*T*  **f 
4125 

M.  2.232,  81    .... 

9.0 

.7.)    ^v"  J^ 

33  56.  16 

65-1 

2-505 

-  35  27  34-  2 

70.2 

i 

16.  12 

4126 

Lacaille  3967   .... 

7-3 

9  34  11-46 

62.8 

5 

+  2.608 

—  30  17  20.  5 

65.8 

2 

-  16.  13 

4127 

B.  A.  0.3314   .... 

7-5 

34  31-  '7 

65.6 

3 

3-544 

4-  30  44  49.  9 

54-2 

3 

16.  15 

4128 

Lalande  19022     .    .    . 

8.8 

34  34-  3  " 

71.2 

2 

3.820 

+  43  21  28.7 

7i-3 

2 

16.  15 

4129 

M.  2.232,82    .    .    .    . 

8.0 

34  46-  98 

64.  2 

2 

2.511 

-  35  "7  29.  i 

70-3 

3 

16.  16 

4I30 

28  Ursae  Majoris   .... 

7.0 

35    6.43 

77-o 

4 

4-7I3 

+  64  17  41.2 

73-o 

4 

16.  18 

4I31 

M.Z.  237,53    .    .    .    . 

6.0 

9  35  '9-  21 

64-3 

3 

+  2.5" 

-  35  23  47-  i 

69.1 

5 

-  16.  19 

4I32 

Lacaille  3975  .... 

6.2 

35  25-  23 

64.9 

3 

2-563 

-  32  45  38-  7 

66.8 

2 

1  6.  20 

4133 

B.  A.  0.3318    .    .    .    . 

7.0 

35  31-84 

64.9 

3 

3-372 

+  20  49  51.9 

56-7 

4 

16.20 

4134 

Lacaille  3976  .... 

6.8 

35  44.81 

63-3 

3 

2.624 

-  29  40    3.  3 

66.8 

2 

16.  21 

4135 
AT  -?6 

M.Z.  234,  79    .    .    .    . 
Anonymous      .    .        . 

7-5 

Q  O 

35  51-62 

Q    "K    52    66 

64.8 

60.  2 

2 
I 

2.  460 
4-    2.  721 

-  37  Si  49-5 

—   23    37    3S    6 

70.3 

60    3 

2 
2 

16.  21 

—    l6.  22 

*T*  j" 

41^7 

1^1    Leonis  

y  •* 

6.2 

y    JJ    3** 

36    6.  17 

^*7«  *• 
71.  O 

3 

i      *-•  /  *-j 

3-  278 

j  JJ    JJ 
4-    14.    30    3"i.  3 

y'  j 
64.  O 

3 

l6.  23 

T  *  j  i 

4138 

Brisbane  2612  .... 

7.5 

36  35-  3° 

/    • 
66.2 

2 

2-525 

i       T^  jy  jj   j 
-  34  56  26.  7 

69-3 

2 

*"J 
16.26 

4139 

Lacaille  3983   .... 

6.7 

36  47-  ii 

66.2 

2 

2.527 

-  34  51  52-2 

67-3 

2 

16.27 

4140 

Lacaille  3984  .... 

6.8 

36  51-58 

63-9 

5 

2.569 

-  32  45  44-  7 

67.8 

2 

16.  27 

4141 

M.  Z.  217,  29    .... 

8.0 

9  37  n-6i 

64-3 

2 

+  2.637 

-  29     9  57.  i 

70.7 

2 

—  16.28 

4142 

Weisse  (2)  IX,  794  .    . 

7.6 

37  49-  i? 

61.7 

6 

3.480 

+  27  41  22.3 

67.8 

2 

16.32 

4143 
/i  i/i  /i 

Lalande  19134     .    .    . 
p      I  eonis 

8.0 
3  o* 

37  5°-°4 

77    tii    Q2 

68.7 

C7    2 

2 
1  60 

3.  202 

3   4.2  C 

+     931  30.  i 

_L    24.    2C       I    O 

65-3 

AQ     Q 

2 
eg 

.      16-  32 

l6.  "12 

T  «*t*t 
4145 

B.A.C.  3333    .    .    .    . 

O'  w 

6.2 

j/    jj"  ym 

38  23.03 

j  /  - 
60.  2 

2 

j-  t^j 
3-371 

i      **f    *  J       *  •  w 

+  21     7  53-6 

•rjf1  y 

54-3 

J 

3 

16.35 

4146 

Lacaille  3996  .... 

6.3 

9  38  32-87 

66.8 

2 

4-  2.447 

-  38  55  48.  i 

64.6 

4 

-••  16.36 

4147 

Weisse  (2)  IX,  815  .    . 

8.6 

38  40.  13 

62.2 

3 

3-476 

+  27  34    7-9 

67.8 

2 

16.36 

4148 

B.  A.  C.  3336    .... 

S-o 

38  46-  75 

63-7 

4 

3.172 

4-     7  21   12.  i 

68.2 

3 

16.37 

4149 

4.1  1O 

Weisse  (2)  IX,  817  .    . 
1  8  I.eonis                  .    -    . 

8.0 
6.0* 

38  49-03 
38  50.  62 

65.5 
6-?  7 

4 
3 

3-479 

3    24.  1 

4-  27  48  10.  i 
4-   12  27  10.  o 

73-o 
66.  3 

3 

2 

16.37 

l6    37 

t  *  5** 
4151 

Weisse  (2)  IX,  819  .    . 

8.8 

9  38  5I-48 

"j-  / 
67.2 

j 

2 

j'  **rj 

+  3-  296 

4-  16  12  13.4 

70.2 

2 

**•  Jl 

-  16.37 

4152 

DM.  +  11°,  2099    .    . 

9.0 

39     6.87 

65.8 

2 

3.  222 

+  11     i  57-4 

63.8 

2 

16.38 

4153 

B.A.C.  3339   .   .    .    . 

6.0 

39  10.  01 

68.8 

2 

3-  105 

4-     2  25  52.  i 

67-3 

2 

16.39 

4154 

Groombridge  1579  .    . 

6.0 

39  21.87 

62.1 

2 

4.821 

+  66  14  31.  3 

61.8 

2 

16.40 

4155 

Weisse  (2)  IX,  832  .    . 

8.7 

39  28.66 

64.8 

6 

3-295 

4-  16  10  24.  4 

67.8 

2 

16.40 

4I56 

M.  Z.  247,  3  

8.0 

9  39  29-  50 

77-3 

i 

+    2.414 

-  40  31     8.  7 

73-2 

I 

—  .  16.40 

4157 

15  Leonis  Minoris    .    .    . 

6.0* 

39  32-51 

59-6 

2 

3-  887 

4-  46  40  14.  4 

64.8 

4 

16.41 

4158 

Tr.  Z.  220,  67   .    .    .    . 

7-5 

39  40.  22 

69-3 

2 

2.491 

-  37     5  27.  8 

72.7 

2 

16.41 

4«S9 

DM.  +  12°,  2093    .    . 

:    8.8 

39  43-  95 

69.8 

2 

3-236 

+  12    4  27.  i 

64.7 

2 

16.42 

4160 

Weisse  (2)  IX,  83  1  .    . 

8.0* 

39  45-  23 

59-2 

2 

3.818 

4-  44  10  59.  9 

57-3 

2 

1  6.  42 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


107 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

jj 

>, 

s 

E 

o 
•o 
6 

£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

h 

t 

5 
~. 

1 

•s 

1 

Annual 
Precession, 
1860. 

4161 

Tr.  Z.  9,  I      

7.  5 

h.  m.      s. 
9  39  48.  61 

69.  3 

2 

s. 
+  2-  49° 

0           /           // 

—  37  10    6.0 

67.2 

2 

// 
-  16.42 

4162 

Weisse  (2)  IX,  837  .    . 

8.8 

39  53-  '3 

68.8 

2 

3-470 

+  27  45  33.  2 

69-3 

2 

1  6.  42 

4163 

Lalande  19193     .    .    . 

6.5 

39  54-H 

76.3 

2 

3-238 

+    12    12   50.  5 

74-8 

2 

16.42 

4164 

Weisse  IX,  867    ... 

9.0 

39  57-34 

61.7 

2 

2.919 

-  ii   15  33-7 

66.7 

2 

16.43 

4165 

Weisse  IX,  868    .    .   . 

8-5 

39  58.  70 

61.6 

3 

2.919 

—  ii   17  33-3 

56-3 

4 

16.43 

4166 

4167 

B.A.C.3345    .    .    .    . 
Lacaille  4006  .... 

6.0 

6.2 

9  40     1.47 
40    4.89 

63.8 
60.3 

5 

2 

+  3-  236 
2.531 

+   12     4  33-9 
-  35  12  58.3 

58.2 
69.3 

2 
2 

-  16.43 
16.43 

4168 

Lacaille  4002  .... 

7-5 

40    5.52 

63-3 

2 

2.688 

-  26  37  43.  6 

66.3 

2 

16.43 

4169 

Weisse  X,  87  1  .... 

7-7 

40  1  1  .  62 

65.7 

2 

3-221 

+  ii     i  52-4 

58-3 

4 

16.44 

4170 

Lacaille  4007  .... 

6.5 

40  14.79 

63-2 

2 

2-577 

-  32  51  47-3 

68.3 

2 

16.44 

4171 

Brisbane  2651  .... 

7-1 

9  40  31.  10 

9$.  2 

2 

+  2.431 

-  39  59  42.8 

71-3 

3 

-  16.45 

4172 
4.17? 

Weisse  (2)  IX,  852  .    . 
Anonymous  

7.2 
o  s 

40  44.  23 

40   i  >  .  i  >  i 

77-2 
66.8 

2 
2 

3-431 

2.  T2T. 

+  25  12 
—  24  36    6.6 

73.  ">. 

i 

16.47 

16.47 

T-*  /  J 

4I7d 

Anonymous      .... 

y   j 

"T"     *TJ  "       T^ 

4O     48. 

/    o 
2.  421 

—  40  28  56.  9 

I  J     J 

70.  1 

i 

16.47 

*T*  /t 

4175 

Brisbane  2657  .... 

7-5 

40  54-  34 

66.0 

3 

2-43' 

-  40    2    3.  8 

/         J 

70.8 

6 

16.47 

4176 

Weisse  (2)  IX,  856  .    . 

6-5 

9  40  59-  30 

69.  2 

2 

+  3.  655 

+  37  23  48-  3 

46.3 

3 

-  16.48 

4177 

v  Ursse  Majoris    .... 

4.0* 

40  59.87 

62.7 

4 

4.376 

+  59  4i  39-6 

67.2 

2 

16.48 

4178 

Weisse  IX,  894   ... 

8-5 

40  59.89 

68.9 

3 

2.925 

-   10  54    o.  7 

67.8 

4 

16.48 

4179 

Tr.  2.109,17    .    .    .    . 

8.7 

•    41     o.  91 

64.8 

2 

2.639 

-  29  37  34-  5 

69.6 

3 

16.48 

4180 

Lacaille  4016  .    .    .    . 

7.0 

4i     3-52 

69.3 

2 

2.  462 

-  38  4°  35-  3 

67.7 

2 

16.48 

4181 

Weisse  IX,  887    ... 

9.0 

9  41   20.27 

60.9 

3 

+    3-223 

-(-    II    12    24.  0 

55.0 

4 

-  16.  50 

4182 

Weisse  (2)  IX,  867  .    . 

8.0 

41     21    08 

64.8 

2 

3-330 

+  18  42  23.9 

63.7 

2 

1  6.  50 

4183 

Lacaille  4021    .... 

6.0 

4'   33-  H 

66.8 

2 

2.587 

-   32  35  39-9 

69.  2 

2 

16.51 

4184 

Tr.  Z.  220,  69   .... 

4'   38.  26 

76-3 

I 

2.496 

—  37     5 

. 

16.52 

4185 

Weisse  IX,  910   .    .    . 

8.5 

41    42.  22 

61.  I 

I 

2.924 

-    1°  53    3-2 

67.8 

4 

16.52 

4186 

M.  Z.  234,  82    .... 

6.0 

9  41  45.  80 

64-3 

2 

+    2.489 

-  37  32  33-o 

71.0 

3 

-  16.52 

4187 
4188 

O.  Arg.  S.  10122  .    .    . 
20  Leonis  

7.8 

7.O* 

4i  55-54 

41    SO.  6^ 

66.8 

SO.  6 

2 

3 

2.  726 

1.  37? 

-  24  33  34.4 

-t-    21    40  47.  ^ 

69.8 

«.  2 

2 

6 

16.52 
16.  ?} 

tf.  tW 

4189 

Weisse  (2)  IX,  886  .    . 

f  •  *• 

6.5 

t*    j7'     j 

42  12.78 

J7 
67.6 

S 

3 

J    J/  J 
3.428 

•     17    H  '   J 

+    25     12    39.4 

JJ 

70.7 

2 

JJ 

16.54 

4190 

O.  Arg.  S.  10130  .    .    . 

7.8 

42    22.  69 

64.5 

3 

2.642 

-  29  40  21.  8 

67.8 

2 

16.55 

4191 

Lacaille  4026  .... 

7-4 

9  42  24.  99 

62.3 

2 

+    2.707 

-  25  45  59-  7 

65-3 

2 

-  "6-55 

4192 

<j>    Ursas  Majoris    .... 

5.0* 

42  33.28 

65.6 

3 

4.139 

+  54  42  57-5 

55-9 

5 

16.56 

4193 

Lacaille  4030  .... 

6.8 

42  36-  75 

68.3 

2 

2.504 

-  36  59  ii.  2 

69.6 

3 

16.56 

4194 

Lacaille  4031  (ist  *)   . 

42  47- 

2-557 

-  34  22  14.  o 

7O.  2 

2 

16.57 

4195 

Lacaille  4031  (Mean)  . 

8.0 

42  47.03 

65.8 

3 

2-557 

-  34  22  14.  7 

68.8 

2 

16.57 

4196 

4IQ7 

Lacaille  4031  (2d*)     . 
4     Sextantis       

7.0 
*.  o 

9  42  47.06 

A.T.    12    77 

7I.I 

66.7 

I 

2 

+  2.557 

^    I  in 

-  34  22  15.9 

-I-      4   Co   ?O.  8 

70.2 
69.6 

2 
2 

-  16-57 
16.  <59 

fmyi 
4198 
4100 

Weisse,  IX,  929  .    .    . 
21  Leonis  

j 
8-3 
7.  O 

*T  J      *  *-    /  / 

43   M-  15 
4.2    17    ij. 

*    / 
64.2 

6c  7 

8 

2 

J         J" 

3.270 

3.  2^8 

1        ^   jy   j 
+    14   46    18.7 
4-    12    2Q    ^8.8 

vy  v 

67-3 

60.  2 

2 
2 

jy 

16.59 

16.  ;Q 

.f  •  yy 
42OO 

Anonymous  .... 

/ 
8.8 

TJ           /           T1 

4.-I     m    ?8 

"J-  / 

72.  O 

•3 

j'  "j" 

2   46? 

t         '           *"7     J 

—  18  <;<;  31.4. 

:/' 
6C.  2 

2 

J  7 

16.  58 

T-J    *:/•  J'-' 

J 

*..  *f.vj 

J"      JJ      O"  *T 

UJ.  • 

"•  J1- 

1 

1 08 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i-i 
rt 
v 
>-, 

C 
rt 

QJ 

2 

1 

IM 

O 

6 
Z 

Annual 

Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

J-i 

rt 

u 

>^ 

§ 

w 

>. 

(fl 

1 

**- 

o 

i 

Annual 
Precession, 
1860. 

A2OI 

23  Leonis 

7   «,* 

h.  m.      s. 
Q   4.T.    27    2O 

60.  ^ 

4 

s. 
-1-    3.  2?S 

0           /           // 

-L    174-1      7.4 

7O.  2 

2 

// 
—  16.  60 

t+m\tM 

4202 

Lacaille  4036  .... 

1       J 

5.0 

y   ^J       I 

43  36.08 

'W.   J 

62.8 

3 

\     j      jj 
2.517 

I      •  j   TO      I    ^ 

-  36  32  1  1.  8 

/ 

67.8 

2 

16.61 

4203 

17  I.eonis  Minoris     .    .    . 

7.0* 

43  51.66 

69.  2 

2 

3.669 

+  38  34    9-8 

46.8 

4 

16.62 

4204 

15.  A.  C.  3367    .... 

6.0 

43  55-  76 

68.8 

2 

2-536 

-  35  37     i.  3 

57-7 

2 

16.62 

4205 

B.  VI.  -f-  18°,  2278  .    . 

7-5 

43  55-83 

77-3 

3 

3-329 

+  18    8  11.4 

75-  2 

I 

16.62 

4206 

Lacaille  4045   .... 

7.6 

9  44  17-3° 

61-3 

2 

+    2.456 

-  39  3i     2-6 

69.7 

2 

-  16.64 

4207 

4208 

M.  /.  237,56    .    .    .    . 
it     Leonis 

7.2 

4.  O 

44  35-71 

AA    A"7     C  1 

68.8 

68  7 

8 

-37 

2-539 

•2,  4.46 

-  35  36  36-  6 
+  26  'lo  <\i.  6 

57-7 

64..  Q 

2 

7 

16.66 
16.67 

4209 

Lacaille  4046  .... 

t-  ** 
7-5 

*T*T    T-/  '  JJ 

44  55-  13 

Wl    / 

7i-3 

Of 

3 

O    *r^ 
2.628 

jy    j  *  • 

-  30  51  24.2 

"T"  y 

64.8 

2 

16.67 

4210 

Weisse  (2)  IX,  960  .    . 

9.0 

45  4°-37 

60.7 

5 

3-3I3 

+  '8    3  47-  i 

73-o 

3 

16.  71 

4211 

\Veisse(2)IX,96i  .    . 

9.0 

9  45  43-  84 

59-7 

2 

+    3-3'7 

-f   18  18  49.  7 

66.3 

2 

-  16.  71 

4212 

B.  A.  C.  3376  .... 

6.0 

45  46.  17 

77.0 

4 

5-  574 

+  73  32  3i-3 

72.4 

6 

16.  71 

4213 

M.Z.  234,  86    .... 

8.2 

45  46.  60 

64-3 

3 

2.504 

-  37  32    0.2 

69-3 

2 

16.  71 

4214 

I,acaille  4052   .... 

6.6 

45  50-32 

63.6 

3 

2.604 

-  32  '9  27-4 

72.1 

5 

16.  72 

4215 

Weisse  (2)  IX,  97  1  .    . 

8.8 

45  53-64 

64-3 

2 

3-275 

+    '5    22    26.5 

72-3 

4 

16.  72 

4216 

Weisse  (2)  IX,  966  .    . 

7-5 

9  45  55-82 

64.  2 

2 

+  3-47° 

+    28    21    11.3 

68.3 

i 

—  16.  72 

4217 

DM.  +  15°,  2126 

9-5 

46     1.03 

62.8 

5 

3.269 

+    14   58    23.2 

65.2 

I 

16.  72 

4218 

Weisse  (2)  IX,  980  .    . 

7-8 

46    I  I  .  I  2 

64.2 

5 

3-275 

+  '5  23  4i-5 

71.9 

3 

16.73 

4219 

Weisse  (2)  IX,  978  .    . 

8.0 

46   23.  64 

68.7 

2 

3-648 

+  38    4  25.  7 

46-3 

2 

1  6.  74 

4220 

Weisse  IX,  998    .    .    . 

8.0 

46   29.  70 

59-7 

2 

3-2I4 

+  10  54  57-7 

65-3 

2 

16.75 

4221 

B.  A.  C.  3385    .    .    ,    . 

6.0* 

9  46  41.90 

69.6 

4 

+  2.703 

-  26  40  43.  4 

70.8 

4 

—  16.76 

4222 

(.).  Arg.  N.  10356     .    . 

6.2 

46  57.00 

69-3 

2 

4.  116 

+  54  54  >7-5 

48.2 

7 

16.77 

4223 

M.  Z.  2,  7  

8.0 

47     o.  38 

64.8 

2 

2.471 

-  39  20  36.8 

69-3 

2 

16.77 

4224 

DM.  +  19°,  2281     .    . 

8.5 

47     2.  81 

61.8 

2 

3-332 

+  '9  29  45-2 

68.8 

2 

16.77 

4225 

Weisse  IX,  ion  .    .    . 

8.6 

47  '5-59 

69-3 

2 

3-  172 

+     7  44  41.9 

55-3 

2 

16.78 

4226 

M.Z.  234,88    .    .    .    . 

7-  i 

9  47  31-45 

65.8 

4 

+  2.506 

-  37  45     5-  3 

7O.  2 

3 

—  16.  80 

4227 

Weisse  (2)  IX,  1003  . 

7.8 

47  46.86 

67-5 

4 

3-792 

+  44  38  33-  i 

69-3 

4 

16.81 

4228 

Lacaille  4058   .... 

7.8 

47  47-44 

74-9 

3 

2.695 

-   27    2O   22.  I 

65.7 

2 

16.81 

4229 

Lalande  19404     .    .    . 

8-5 

47  49-48 

62.0 

2 

3-330 

-f    19   29      2.  I 

62.5 

5 

16.  81 

423° 

B.A.C.3391    .    .    .    . 

6.0 

47  5'-  85 

62.3 

2 

2.  728 

-  25   16  31.8 

70.8 

4 

16.81 

4231 

Weisse  IX,  1024      .    . 

7.8 

9  47  55-  26 

61.8 

2 

+    3-2" 

-f-    IO  46   22.2 

59-3 

4 

-  16.82 

4232 

M.Z.  104,  33    .    .    .    . 

8.4 

48    5-  °5 

65-7 

4 

2.688 

—   27    50    19.  2 

69.7 

2 

16.82 

4233 

Weisse  IX,  1035  .    .    . 

6.8 

48  30.  94 

68.3 

2 

3-  '78 

+     8  20  23.6 

55-3 

2 

16.84 

4234 

Lacaille  4065    .... 

7.0 

48  31.06 

63.2 

2 

2-578 

-  34  14  47-  5 

73-8 

2 

16.84 

4235 

O.  Arg.  N.  10374    .    . 

9.0 

48  36-43 

62.1 

2 

4.701 

4-  66    o  13.0 

61.8 

2 

16.85 

4236 

Weisse  (2)  IX,  1030    . 

7-5 

9  48  51.90 

66.3 

2 

+  3-469 

+  28  45  37-4 

68.3 

2 

—  16.86 

4237 

O.  Arg.  S.  10219  •    •    • 

7.0 

48  55.27 

67.2 

2 

2.689 

-  27  52  32.3 

67-3 

2 

16.  86 

4238 

19  Leonis  Minoris     .    .    . 

5.5* 

49     5-66 

68.0 

4 

3-7i6 

+  41  43  12.8 

53-3 

4 

16.87 

4239 

M.  Z.  223,  102  .... 

7-3 

49     6.  53 

66.7 

2 

2.608 

-  32  42    6.0 

69-7 

2 

16.87 

4240 

Weisse  (2)  IX,  1038    . 

8.0 

49  10.43 

66.9 

3 

3-476 

+  29  13  27-9 

72-3 

3 

16.88 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

i 

r".ame  of  St.ir. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

(J 

rt 
V 
>* 

1 
"-, 

£ 

o 

|M 

O 
0 

£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

IN 

M 
U 
>» 

n 
" 

i 

o 
'o 

i 

"*  1   6 

c     ^    "O 

5  %  <2 
<  % 

ll.    Ml.         S. 

s. 

o       r      /r 

// 

4241 

Weisse  (2)  IX,  1047     . 

9.0 

9  49  «9-  36 

59-2 

2 

r-  3-3°3 

+   '7  43   IS-6 

56.3 

^ 

-  16.88 

4242 

M.  Z.  247,  10    .    .    .    . 

8.5 

49  19.99 

64.8 

2 

2.465 

—  40     6     7.1 

70.  6 

2 

16.88 

4243 

O.  Arg.  S.  10227  •    •    • 

8.8 

49  47-  28 

66.8 

•^ 

2.692 

-  27  50  20.  4 

72.0 

3 

16.  90 

4244 

M.  Z.  5,  10    

7.0 

5°    9-  "3 

7i-3 

3 

2-493 

-  38  53  '8.9 

64-7 

5 

16.92 

4245 

Weisse  (2)  IX,  1065    . 

9.0 

50  17.06 

62.2 

2 

3-474 

+  29  14  55.0 

67.8 

2 

16.93 

4246 

M.Z.  247,  12    .    .    .    . 

6-3 

9  50  19.  21 

64.9 

3 

+  2.467 

•-  4°    9  39-° 

7i-5 

5 

-  16.93 

4247 

O.  Arg.  S.  10236  .    .    . 

8.0 

50  22.08 

69.  2 

2 

2.667 

-  29  27  31.9 

66.7 

2 

16.93 

4248 

Lacaille  4074   .... 

6.4 

50  25.67 

69.8 

3 

2.724 

-  25  53  ii.  i 

66.8 

2 

'6-93 

4249 

B.  A.  0.3405    .    .    .    . 

5-9 

50  28.80 

63-8 

3 

2.611 

-    32    45     22.0 

70.0 

3 

16.94 

4250 

Lacaille  4076   .... 

6-9 

50  34.  82 

68.1 

3 

2.  7IO 

-    26    48    41.8 

66.8 

2 

16.94 

425  r 

O.  Arg.  S.  10241  .    .    . 

9.8 

9  5°  37-43 

70.7 

2 

r  2.694 

z?  S2  33-  ° 

69.0 

4 

-  16.94 

421"* 

v     I  eonis       

S.  V* 

<O  41.  't'l 

-61.2 

9 

3.238 

+  13    6  38.3 

56.2 

6 

16.95 

H-^  j~ 

4253 

Lacaille  4082   .... 

J     J 

6.7 

J      ^      jj 

50  56.  10 

63-2 

2.588 

-  34     9  42-0 

68.3 

2 

16.96 

4254 

Weisse  (2)  IX,  1086  . 

7.8 

51  24.42 

60.  2 

3 

3-735 

+  42  59  IO-° 

58.0 

4 

16.98 

4255 

B.  A.  0.3409    .... 

5-5 

51  31.22 

64.7 

••>  • 

3.488 

-t-  30  1  8  51.3 

53-2 

5 

16.99 

4256 

A  2^7 

Weisse  (2)  IX,  1096  . 
Anonymous       .... 

9-° 
8.8 

9   5'   41-34 
<!2      6.62 

65-3 

7O.    ^ 

2 

+  3-3'3 

2.  SOO 

-f   18  46  30.2 
-  38  54  3°-  4 

59-9 
65.2 

3 

2 

-  16.99 
17.01 

T"'",)/ 

4258 

Lacaille  4089  .... 

7-3 

J 

52  27.03 

/             J 

63-7 

4 

j 

2.686 

-  28  38  13.5 

68.6 

3 

17-03 

4259 

TT     Leonis  

4-  5* 

52  48-  77 

63.3 

53 

3.180 

+     8  42  52.0 

68.0 

3 

17-05 

4260 

Lacaille  4095   .... 

5.9 

52  51-85 

68.9 

3 

2-575 

-  35  '3  20.  i 

7i-3 

3 

17.05 

4261 

M.Z.  103,  50    .    .    .    . 

7.6 

9  53     3-°9 

64.2 

2 

+  2.666 

-  30     i   16.7 

68.8 

2 

-  17.06 

4262 

fi.  A.  0.3420    .    .    .    . 

6.  S 

53  56-33 

71.0 

3 

3-5'2 

+    32    12    16.7 

54-3 

2 

17.  10 

4263 

Tr.  /.  13,5  ' 

8.0 

54  '0-55 

74-5 

4 

2.590 

34   38   3»-  2 

67.3 

2 

17.  ii 

4264 

M.  Z.  5,  12  

7-4 

55  15-44 

68.2 

1 

2.517 

-  38  42  35-4 

73-o 

7 

17.  16 

4265 

Lacaille  4107   .... 

7-8 

55  21.78 

66.6 

5 

2.516 

-  38  46  44.0 

69.5 

5 

17.  16 

4266 

Weisse  (2)  IX,  1172    . 

6.  S 

9  55  3°-°6 

68.3 

2 

+  3.626 

+  3s  42    o.  i 

55-9 

3 

17.17 

4267 

lacaille  4106  (ist*)    . 

8.5 

55  32.93 

63.2 

3 

2.704 

-    28    o  15.7 

65.2 

2 

17.  17 

4268 

Lacaille  4106  (2d*)     . 

9.0 

55  33-95 

63.  2 

3 

2.705 

•-  27  59  56.2 

65.2 

>j 

17.17 

4269 

Riimker  9'',  Nach.  39  . 

8.8 

55  40-36 

77-2 

i 

3-238 

+   '3  3i  23-i 

7'-3 

2 

17.18 

4270 

Weisse  (2)  IX,  1177   . 

9-5 

55  43-52 

62.  2 

••> 

3-453 

+  28  5^  26.5 

66.8 

•) 

17.  18 

4271 

B.  A.  0.3427    .    .    .    . 

7.0* 

9  55  4S-5« 

DO.  2 

3 

+  3-525 

+  33  19  l6-6 

53-2 

6 

-  17.  18 

4272 

Lacaille  4111    .    .    .    . 

6.5 

55  53-99 

63-3 

3 

2.616 

-  33  3°    3-9 

69.2 

3 

17.  19 

4273 

Riimker  3055    .... 

8.1 

56    6.35 

70.7 

5 

3-238 

+  '3  33  '7-7 

71.8 

6 

17.  20 

4274 

Weisse  IX,  1204      .    . 

7.2 

56  15.81 

59-3 

3 

3-  228 

+  12  47  5°-5 

57-8 

2 

17.  20 

4275 

Weisse  (2)  IX,  1192  . 

8.7 

56  33-5° 

62.3 

3 

3-445 

+  28  31  24.5 

62.2 

2 

17.22 

4276 

Lacaille  4115   .    .    .    . 

6.8 

9  5r'  33-89 

66.7 

2 

+  2.678 

-  29  54  14.5 

69.0 

3 

—  17.22 

4277 

M.  Z.  109,  to    .... 

8.7 

56  45.86 

64.  2 

2 

2.683 

-  29  35  46.6 

68.9 

3 

17.22 

4278 

M.Z.5,13    

7.0 

57   11-65 

72.  2 

8 

2-524 

-  38  44  56.  8 

70.0 

3 

17.24 

4279 

M.  Z.  109,  ii     .... 

8.0 

57  13-86 

64-3 

2 

2.685 

-  29  34  26.  6 

68.3 

2 

17.25 

4280 

Lacaille  4120   .    .    .    . 

6.5 

57  '4-°i 

74-7 

7 

2.636 

-  32  33  46.6 

68.3 

2 

17-25 

I  IO 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Itf 

rt 
4> 
>, 

S 
rt 
D 

% 

JS 

o 

"5 
6 

Z, 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

, 
a 

6 

>^ 

5 

OJ 

S 

(/) 

•% 

o 
6 
fc 

3  v   d 

§   JJS 
<   «   " 
£ 

h.  m.      s. 

s. 

0            /            // 

// 

4281 

O.  Arg.  S.  10324  .    .    . 

6.8 

9  57   14.98 

65-2 

4 

+  2.759 

-  24  38  26.  7 

7O.  2 

2 

-  17-25 

4282 

Lacaille  4119   .    .    .    . 

7-7 

57  16.  60 

62.3 

2 

2-736 

-  26  14    4.7 

66.3 

2 

17-25 

4283 

Riimker  3061    .... 

8-3 

57  22.66 

62.  2 

3 

3-236 

+   '-3  3'  29.2 

56-3 

2 

17-25 

4284 

Weisse  (2)  IX,  1214  . 

9.  o* 

57  27-54 

59-2 

2 

3-297 

+  18  14  47-7 

56.3 

3 

17.26  i 

4285 

l.alande  19627      .    .    . 

8.7 

57  33-  '9 

7'-3 

3 

4-855 

+  69    6  24.  3 

71-3 

3 

17.  26 

4286 

B.A.C.3439    .    .    .    . 

7.0* 

y  57  33-  25 

68.0 

4 

+  3-561 

+  35  40  52-9 

54-3 

3 

-  17.26 

4287 

Weisse  (2)  IX,  1230     . 

9-4 

57  39-6° 

62.2 

3 

3.282 

-f  i?     8  39.7 

59-8 

2 

17.27 

4288 

M.  Z.  5,  14    

7.0 

57  50-23 

69.2 

2 

2-53° 

-  38  36  11.7 

64.8 

3 

17.27 

4289 

O.  Arg.  S.  10337  .    .    . 

S-o 

57  53-  18 

64.7 

2 

2.776 

-  23  36  33-  6 

67.6 

3 

17.  28 

4290 

DM.  -f  13°,  2202    .    . 

9.0 

57  57-69 

62.7 

2 

3-231 

+  '3  13     3-5 

65-3 

2 

17.28 

4291 

Weisse  IX,  1243  .    .    . 

8.0 

9  58     7-°5 

66.8 

2 

+  3.237 

+   13  38  24.  5 

67.8 

2 

—  17.28 

4292 

DM.  -f  21°,  2150    .    . 

9.0 

58  16.39 

65-3 

-    2 

3-385 

+  21   15     8.7 

67-5 

3 

17.29 

4293 

O.  Arg.  S.  10346      .    . 

6.8 

58  27.90 

64.5 

5 

2.  72O 

-  27  30  39.  3 

67.8 

2 

>7-3° 

4294 

Lacaille  4135   .... 

6  5 

58  30.09 

67.2 

2 

2.519 

-  39  '7  55-8 

69-3 

2 

17-30 

4295 

O.  Arg.  S.  10351       .    . 

6  5 

58  5°-73 

63.8 

7 

2.721 

-  27  31     6.0 

67.8 

2 

17-32 

4296 

Weisse  IX,  1259      .    . 

7-5 

9  59     5-  64 

60.2 

2 

+    3-233 

+   13  27  45-8 

58.6 

3 

-  17-33 

4297 

Weisse  (2)  IX,  1255    . 

7.8 

59     6.  18 

67.1 

5 

3-464 

+  30  ii  38.9 

68.8 

2 

'7-33 

4298 

Weisse  (2)  IX,  1257    . 

9.2 

59     8-84 

7O.  2 

2 

3-463 

+  30    8  30.9 

68.8 

2 

17-33 

4299 

21   Leonis  Minoris     .    .    . 

5-5 

.59    9-59 

68.3 

2 

3-560 

+  35  55  3i-4 

46.8 

4 

'7-33 

4300 

Weisse  (2)  IX,  1259   . 

8.2 

59  I5-23 

74-4 

3 

3-623 

+  39  '9  49-  7 

67.2 

2 

17-34 

. 

43°i 

B.  A.  0.3448    .    .    :  . 

6.0 

9  59  19-77 

64.8 

2 

f    2.615 

-  34  12  12.9 

70.3 

2 

-  17.34 

43°2 

1  1C,  J 

Lacaille  4142    .... 
14  Sextantis       .    .        .    . 

6.8 
6.  o 

59  23.40 
59  28.  08 

63-7 
66.7 

2 
2 

2.641 

j  Id6 

-  32  42  45.  2 

4-      6    17    32   O 

68.3 

60    2 

2 
2 

17-34 

17    Vi 

*TJWJ 

!  ^O  1 

TJ     Leonis       .    . 

c    o 

CQ     A\      7Q 

64  .  2 

2 

j-  *  t^ 
t  28? 

/     J        y 

-4-    17    26    "}7    Q 

\jy.   * 
67.8 

l  •  jj 
17    "K 

*frj**T 
43°5 

Weisse  (2)  IX,  1273   . 

j- 
9-5 

jV  *r  *  -  /  y 

59  54-o8 

62.2 

2 

j.    wj 
3-  622 

1       •  /     •**    J/  •  y 

-j-  39  26  48.  2 

6l-9 

3 

/  *  Jj 
I7.36 

4306 

Weisse  IX,  1279  .    .    . 

8.1 

10    o    4.  89 

66.8 

2 

+  3-  235 

+  13  42  20.  3 

67.8 

2 

-    17-37 

43°7 

Weisse  (2)  IX,  1282    . 

7-9 

o     5.  19 

68.3 

2 

3-276 

+  16  57  33-o 

59-7 

2 

17-37 

4308 

4W) 

13.  A.  0.3456    .... 
A    Leonis   

6.5 

e   o 

o     9-95 
o  28.  26 

71.2 
69.6 

2 

3-494 
3  10,8 

+  32  '7  23.  i 

4-    I  o  4O    ^  ^  .  ^ 

7i-3 

7O   7 

2 
2 

I7.38 
17    3Q 

^jy 

4310 

411  1 

Riimker  3069   .... 
a     Leonis       .    .        ... 

j'  ** 

8.5 

I.  2* 

o  45.01 
10    o  54.  84 

64.  2 
cc    8 

3 
2O7 

j-  *yw 
3-  222 

+    3    221 

i      *  **  ^v   jj'j 
-f     12    40   45.5 

_L_     12     tQ       O.  O 

f***S 

55-8 
62.8 

2 
21 

*  /  '   37 
17.40 

—    17   4.1 

*to  * 
4312 

M.Z  248,  10    .... 

7-7 

o  56.  04 

j  j-  u 
6  £  2 

£.\J  1 

3 

J* 

2.773 

1            *  *•       JI7           **•    vrf 

-  24  15   10.  o 

69.7 

2 

*  /  '    T"1 

17.41 

43U 

Croombridge   1616  .    . 

7.0 

I  21.76 

76.3 

2 

3.866 

+   50   II    36.  4 

75-3 

3 

17-43 

43H 

O.  Arg.  S.  10387       .    . 

8.0 

I  23.44 

64.3 

2 

2.786 

—    23   22    27.  2 

68.3 

2 

17-43 

43'5 

M.Z.  248,  ii     .    .    .    . 

8.0 

I  33-40 

65.3 

2 

2-774 

-  24  16  50.  5 

69.7 

2 

17-44 

43>6 

Weisse  (2)  IX,  1316    . 

7-5 

10     i  35.86 

67.0 

3 

+  3-  326 

+    21       I       1.7 

65-7 

-5 

-    17-44 

4317 
4318 

DM.  +  12°,  2154    .    . 
16  Sextantis  

9.2 
6.  <; 

I  52.67 

I     14-    14. 

65.0 
66.  i 

3 

2 

3-223 

5    KI 

+  12  55  54-o 
•4-    6  si   10.  1 

70.2 
65.8 

2 
2 

'7-45 
17    4S 

43'9 

Lacaille  4162  .... 

J 

7.0 

*        JT"    J*T 

2    15.40 

63-3 

2 

j*  •  j  • 
2.623 

I         v    j  *     *  y'  j 

-  34  19  47-8 

70.8 

2 

•  /  '  H  J 

17-47 

4320 

B.  A.  €.3466    .    .    .    . 

6.2 

2  3'-7o 

62.8 

4 

3-649 

+  41  20  52.  6 

55-6 

4 

17.48 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Ill 


Number. 

Name  of  Star. 

a 

•fl 

'5 
tti 
a 

^ 

Mean  Right 
Ascension, 
1  860.0. 

U 

rt 
G 
>. 

1 
^ 

.1 

"— 

o 
6 
fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

8 
x 
q 

rt 
0 

2 

J3 
o 

'o 
o 

£ 

Annual 
Precession, 
1860. 

432« 

M.  Z.  11,6    

8.8 

h.  m.      s. 
10     2  39.  41 

b6.  2 

2 

s. 
-\-  2.660 

0           /            // 

32   II    14.  6 

68.3 

2 

ii 
-  I7-48 

4322 

DM.  +  12°,  2157     .    . 

8.9 

2  40.  74 

65.0 

3 

3-223 

+   '2  57  44-2 

70.  2 

2 

17.48 

4323 

Groombridge  1618  .    . 

6.5 

2    44.  85 

74-3 

5 

3-857 

-r   5°     9  31-3 

72.6 

3 

12.49 

4324 

B.  A.  0.3468    .... 

6.0 

2    54-32 

60.6 

* 

3-584 

+  38    5  23-5 

54-3 

8 

17.49 

432S 

DM.  +  13°,  2218    .    . 

9-5 

3     7-49 

66.8 

2 

3-225 

+    U    "0   51-5 

69-3 

i 

'7-5° 

4326 

Rumker  3076   .... 

8-5 

10     3  u.86 

62.2 

2 

+  3-2"7 

4-  12  30  45.4 

59-8 

2 

-  17-51 

4327 

Lacaille  4165    .    .    .    . 

7.0 

3  20.35 

63.0 

4 

2.662 

-  32     9  43-  8 

67.1 

4 

17-5' 

4328 

Weisse  (2)  X,  53     .    . 

8-3 

3  43-46 

64-9 

3 

3.460 

+  3°  5»  "3-9 

65.8 

2 

17-53 

4329 

Ai  7O 

Weisse  (2)  X,  49 
M  Z  8  16 

7-2 
8.  2 

3  44-63 
3  48-  27 

68.7 
65.2 

2 
2 

3.560 

2.  ?QO 

-|-   36  56  20.  y 
36     451.8 

46.3 

71.  2 

2 

4 

"7-53 
'7-53 

*TJJU 

433' 

Weisse  X,  38    .... 

7-5 

• 

10     3  50.94 

"  J-  " 

72.5 

4 

j  y  j 

+  3-  15° 

1      6  51   19.9 

66.9 

2 

-  17-53 

4332 

Weisse  X,45    .    .    .    . 

8.0 

4     5-79 

59-6 

3 

3-218 

+   '2  43  29.5 

56-3 

9 

17-54 

4333 

Lalande  19854     .    .    . 

8-3 

5  20.  48 

66.2 

2 

3-476 

-f-    32    12    12-9 

68.3 

2 

17.60 

4334 

Weisse  (2)  X,  106  .    . 

8.0 

5  23.06 

59-2 

2 

3-271 

+    '7    13   30.3 

56.2 

4 

17.60 

4335 

Weisse  X,  70   .    .    .    . 

8.0 

5  24-94 

68.2 

4 

2-954 

-  10  26  49.  8 

63.6 

3 

17.  60 

4336 

Lacaille  4185    .    .    .    . 

7.0 

10    5  36.  76 

62.6 

3 

+  2.646 

-  33  38  36.  i 

66.8 

2 

-  17.61 

4337 

Lacaille  4183   '.    .    . 

7-4 

5  39-94 

63-2 

3 

2-733 

-  27  54  57-3 

69.8 

2 

17.  61 

4338 

Weisse  X,  74    .... 

8.4 

5  50-40 

68.3 

2 

3-  141 

4-      6    II    12.  2 

62.8 

2 

17.  62 

4339 

Weisse  X,  75    .... 

8-7 

5  54-57 

66.8 

2 

3-217 

-j-    12   50    13.  2 

69-3 

2 

17.62 

434° 

Lacaille  4186   .    .    .    . 

6.2 

5  56.08 

63-9 

3 

2-533 

-   40    I  I      9.6 

69.  2 

2 

17.62 

434' 

Weisse  X,  76   .... 

8.6 

10    5  57.90 

64.  i 

5 

+  3-208 

4-12      I    48.  7 

65-1 

5 

-  17.62 

4342 

Lalande  19869     .    .    . 

7-2 

6    7.41 

69.6 

3 

3-472 

4-32     7     4-5 

66.8 

2 

17-63 

4343 

M.  Z.  234,  96    .... 

7-8 

6    7.62 

67.2 

2 

2.584 

-  37  28  34.  9 

73-  ' 

5 

17-63 

4344 

B.  VI.  +  12°,  2169  .    . 

9-  i 

6    9.09 

69-3 

3 

3.208 

+   12     2  40.3 

64.2 

2 

17-63 

4345 

Lacaille  4190  .... 

7-3 

6  26.  46 

63-2 

2 

2.  722 

-  28  48  33.  i 

69-3 

2 

17.64 

4346 

Weisse  X,  94    .... 

8.  2 

10     6  30.  25 

66.6 

3 

+    3-212 

4-    12    22    52.  I 

70.0 

4 

-  17-65 

4347 

Lacaille  4192    .... 

7.0 

6  34.80 

7i-3 

4 

2.678 

-  31  49  30.  3 

7O.  2 

2 

17-65 

4348 

Weisse  X,  96   .    .    .    . 

9.0 

6  42.02 

67-3 

2 

3-  211 

+  12  25  19.  7 

70.9 

I 

17.65 

4349 

J.'ICO 

B.  A.  0.3489    .    .    .    . 
Anonymous           .    .    . 

6.0* 
7.  o 

6  53-  31 
6  e6.  oo 

60.  2 

64.  2 

2 
2 

2.758 

2.  542 

-  26  20  18.  7 
-  39  56  58.  2 

68.6 

70-3 

3 

2 

17.66 
17.66 

T-JJ^ 

435' 

22  Leonis  Minoris     .    .    . 

6.2 

j      yy 

10    7    3.49 

63.3 

4 

+    3-470 

+  32     9  39-8 

64.6 

4 

-  17-67 

4352 

A\CI 

Tr.  Z.  109,  29  .... 
21   Sextantis 

8.5 
6.0 

7     7-o8 
7      Q.8l 

67.2 

64..  o 

2 

3 

2.7II 
2.  991 

-  29  44  18.  2 

7   18    0.2 

73-o 
69.8 

3 

2 

17.67 
17.67 

*rjjj 

4354 

Lacaille  4196   .... 

6.0 

/         j*  m 

7  '3-54 

Vfcf  t    V 

67.3 

2 

2.  672 

-  32  20  29.  6 

72-3 

2 

17.68 

4355 

O.  Arg.  S.  10471  .    .    . 

5-5 

7  36-  21 

65.0 

5 

2.  804 

-  23     7  18.6 

70-3 

2 

17.69 

4356 

Weisse  X,  1  15      .    .    . 

9.0 

10    7  41.27 

66.7 

2 

+    3-212 

+  12  34  32.6 

67.8 

2 

-  17.70 

4357 

Weisse  X,  116     .    .    . 

7-4 

7  41.60 

64.8 

2 

3-  210 

4-    12    22      4.5 

59-7 

5 

17.70 

4358 

B.A.C.3497    .    .    .    . 

6.  I 

7  48.  67 

62.6 

3 

2.551 

-  39  39  12.8 

,  65-8 

2 

17.70 

4359 

32  Ursoe  Majoris   .... 

5-5 

7  49-°9 

65.2 

12 

4-471 

4-  65  48  17.3 

69.4 

15 

17.70 

4360 

B.  A.  €.3498    .    .    .    . 

6.7 

7  58-55 

62.6 

3 

2.523 

-  39  37     2.  7 

65.8 

2 

17.71 

1  12 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

I 

e 

rt 
B 

o 

IM 

O 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

• 

p. 

1 

£ 

o 
"o 

1 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

,, 

436i 

M.Z.5,17    

7-° 

10      8    12.  22 

64.6 

3 

+  2.571 

-  38  39     2.  i 

71-3 

2 

-  17-72 

4362 

Weisse  (2)  X,  157  .    . 

7-7 

8  12.53 

62.5 

4 

3-636 

+  41  58  19-9 

6i.s 

4 

17.72 

4363 

Weisse  (2)  X,  158  .    . 

8-5 

8  13-56 

62.6 

3 

3-636 

+  42    o    9.  i 

67.3 

2 

17.72 

4364 

23  Leonis  Minoris    .    .    . 

5-5* 

8  16.69 

59-8 

5 

3-434 

+    30      0   22.  8 

53-9 

5 

17.72 

4365 

Tr.  Z.  109,  30  .... 

7-2 

8  22.  94 

72-5 

4 

2.709 

-  3°    7  24.4 

67.8 

2 

17-72 

4366 

/,     Ursa;  Majoris   .... 

3-5* 

10    8  38.  53 

46-3 

3 

+  3-  667 

+  43  36  41-5 

63-3 

2 

-    17-73 

4367 

R.  A.  C.  3495    •    •    •    - 

5-5* 

8  39.  16 

61.9 

7 

10.  149 

+  84  57  33.0 

68.6 

II 

17-73 

4-168 

Riimker  3113.    .    .    . 

8  42.  14 

60.  8 

2 

3    2OQ 

+     1  "?     "?1     C  I      I 

gf 

T^J      v 

1  —     —  1     ^  1  .   I 

DO.  3 

2 

i?.  74 

4369 

Weisse  (2)  X,  165   .    . 

9-3 

8  46.00 

61.2 

3 

3.660 

+  43.  20    4.  3 

58.3 

9 

17-74 

4370 

Weisse  (2)  X,  179  .    . 

8.2 

9    9-41 

68.3 

2 

3-435 

-f  30  15     2.8 

65.2 

2 

17.76 

437' 

O.  Arg.  S.  10488  .    .    . 

7-o 

10     9  24.  38 

70.4 

5 

+  2-705 

-  30  30  20.  8 

68.3 

2 

-  17-77 

4372 

M.Z.  5,  18    

8.  8 

937    36 

64.8 

2 

2    C78 

-18     jf     t  7     f\ 

,Q 

2 

J/  -  o 

*••  J  1  ° 

3°  35  43'  ° 

Oo.  7 

'/•  77 

4373 

Lacaille  4218   .... 

7-o 

9  41.47 

64.5 

IO 

2-744 

-  27  55  i'-9 

65-3 

2 

17.78 

4374 

Radclifie  2472  .... 

6-5 

10    3.  82 

69.  2 

4 

3-865 

+  S2     6  15.9 

62.  2 

2 

17-79 

4375 

Weisse  (2)  X,  194  .    . 

6.7 

10     5.54 

62.2 

2 

3.662 

+  43  44  58.  7 

65-3 

2 

17-79 

4376 

Weisse  (2)  X,  197    .    . 

8.0 

10  10     7.03 

71.6 

3 

+  3-557 

+  38  12  24.8 

55-o 

4 

-  17.80 

4377 

Lalande  19981      .    .    . 

0-5 

10  18.  74 

69.2 

2 

3-203 

-f   'I  58  56.5 

68.2 

3 

17.80 

4378 

Weisse  (2)  X,2O4   .    . 

9.0 

10  34-  '3 

66.3 

2 

3-446 

+  31    19     4-0 

67.8 

2 

17.81 

4379 

Lacaille  4227   .... 

7.0 

10  37.  66 

64.8 

2 

2.667 

-  33  25  48.  7 

68.8 

2 

17.81 

438o 

Weisse  X,  173  .... 

9.0 

10  56.  19 

59-8 

2 

3-197 

+  "  32    9-5 

57-3 

4 

17-83 

438i 

B.A.  C.  3521    .    .    .    . 

6.0 

IO    II    42.  84 

67.6 

J 

+  2.744 

-  28  17  35.7 

66.8 

2 

-  17.86 

4382 

Anonymous  

12     8.  15 

77    f") 

3   O37 

, 

T-7     8-7 

T.J"*" 

9- 

77.  o 

3 

3    22    39.  O 

73-  2 

2 

17.  67 

438-! 

y1    Leonis  

2   O* 

12    I  ^    06 

f 

o 

. 

fit    8 

t  -7    88 

T^J       J 

04.  9 

09 

3-  299 

~r  20  32  53-  o 

02.  o 

9 

1  /  .  Oo 

4384 

}'-    Leonis  

i   e* 

12    I  ^    28 

f\A     7 

. 

t  ~    R8 

T^J^T^ 

3-  5 

04.  7 

I  I 

3-  299 

T    2O   32    5O-  I 

73-3 

4 

l  y  .  oo 

4385 

Anonymous  

9.0 

12    23.37 

67-3 

2 

3-035 

-    3  29 

•    • 

17.89 

4386 

Lacaille  4242   .... 

6.2 

IO    12    28.  87 

68.6 

3 

+  2-631 

-  36    6  18.  i 

68.8 

2 

-    17.89 

4387 

O.  Arg.  S.  10533  •    •    • 

7-5 

12  41.  86 

71.  i 

2 

2.748 

-  28  15  33.  7 

68.6 

3 

17.90 

4388 

I.acaille  4245    .... 

6-5 

12   56.95 

63.3 

2 

2.667 

-  33  55     2.4 

63-3 

2 

17.91 

4389 

Weisse  X,  209  .... 

7-3 

I  2    59.  40 

68.3 

3 

3-200 

+  12    3  18.  i 

65-8 

2 

17.91 

4390 

Lamont  859      .... 

8.0 

13      2.70 

63-7 

5 

3-034 

3  38  31-2 

69-3 

2 

17.91 

439' 

O.  Arg.  S.  10540  .    .    . 

7-5 

10  13  21.72 

71.1 

2 

+  2.750 

-  28  15  39.4 

69-3 

a 

-    17-93 

4392 

2  1  198  (1st*)   .... 

8-5 

13    3I-82 

67.0 

3 

3-663 

+  44  36  24.  i 

69.0 

3 

17-93 

4393 

2  1198  (2d»)    .    .    .    . 

8.0 

13    32.  28 

67.0 

3 

3.663 

+  44  36  33-  6 

59-2 

3 

17-93 

4394 

15.  A.  0.3528    .    .    .    . 

5-5* 

13    38.  20 

66.8 

4 

8.  142 

+  83  16     3.9 

69.8 

16 

17-93 

4395 

Weisse  X,  224  .... 

8.0 

13   41.  62 

59-2 

2 

3-023 

•    4  40  45-  6 

55-6 

3 

17.94 

4396 

Lacaille  4250  .... 

7.0 

10  13  55-92 

66.9 

3 

+  2.693 

-  32  25  35.  7 

7i-3 

3 

-   17-95 

4397 

Anonymous  .    .    . 

8.  2 

1  7    C8    AC 

6?   7 

2.  82O 

efi         ft 

1  J    5°-  45 

2 

""    22    5"    **.  O 

7'-  3 

m 

!/•  95 

4398 

15.  A.  C.  3531    .    .    .    . 

5.0 

U  59-43 

62.3 

2 

4-430 

-f-  66  1  6  20.  i 

65-3 

2 

17-95 

4399 

Lacaille  4253   .... 

7.0 

14     1.68 

66.7 

2 

2.589 

-  39    o     2.  3 

67.8 

2 

'7-95 

4400 

Weisse  X,  229  .... 

7-5 

14    4.28 

59-2 

2 

3-023 

-    4  42  46.  9 

55-6 

3 

17-95 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.  o. 

lj 

rt 
U 

•^ 

C 

a 

V 

^ 

j§ 

o 
*o 
o 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

IN 

C3 
U 
>, 

C 
rt 
U 

J? 

4 

o 

<*• 

O 

o 
Z 

Annual 
Precession, 
i86t/  <J 

h.  m.      s. 

s. 

0            /            // 

// 

4401 

WeisseX,234  .... 

7-5 

10  14  27.79 

62.O 

3 

+  3-  192 

4-  ii  24  16.  6 

60.  3 

2 

-  17-97 

4402 

Weisse  X,  240  .... 

7-2 

14  42.48 

68.3 

3 

3-I98 

.+  12     i  36-  7 

67.8 

2 

17.98 

4403 

Lacaille  4257    .... 

6.6 

14  49.  07 

63.2 

3 

2.  8OO 

-  24  40    7.  5 

72.  2 

3 

17.98 

4404 

I.alande  20114     •    •    • 

7.0 

14  53.68 

65-3 

4 

2.821 

-  23    o  27.3 

73-o 

4 

17.98 

4405 

:6  Leonis  Minoris     .    .    . 

6.5* 

H  58.34 

59-6 

2 

3.500 

+  35  55  23-0 

53-3 

2 

17.99 

4406 

Weisse  (2)  X,  290   .    . 

7.6 

10  15     3.29 

63-2 

4 

+  3-435 

+  3i  32  33-3 

62.3 

2 

—  17-99 

4407 

Weisse  X,  247  .    .    .    . 

8-3 

15  13-  15 

76-3 

2 

3-094 

+      2    IO 

18.00 

4408 

.14  OQ 

Weisse  X,  255  .    .    .    . 

7-5 
6.0 

15  34-48 

15  40.  78 

70.9 
64.  5 

3 
3 

3.041 

3-  '47 

3     2  10.  7 
-4-     7  15     6.0 

61.6 
73-o 

4 
4 

18.01 
18.02 

T-r^y 

4410 

M.  Z.  243,  II     .... 

7-5 

15  47.98 

64-3 

2 

2-653 

-  35  3i     7-4 

69.8 

2 

18.02 

4411 

Lacaille  4266   .... 

7.0* 

10  15  56.  56 

63-3 

2 

+  2.749 

-  28  51   10.  6 

69-3 

2 

-  18.02 

4412 

24  Sextantis   ...••• 

6.5* 

16  18.42 

69.0 

4 

3.070 

-    o  ii  41.  6 

70.3 

2 

18.04 

4413 

M.  Z.  105,  56    .... 

8.9 

16  23.57 

65-3 

2 

2.770 

-  27  18  32.0 

69.8 

2 

18.04 

4414 

Lacaille  4267    .... 

6.0 

1  6  24.  04 

68.3 

2 

2.816 

-  23  37  35.  i 

66.7 

2 

18.04 

4415 

B.  A.  C.  3553  .... 

6.0 

16  27.  26 

60.  2 

2 

3.042 

2  56  11.7 

69-3 

2 

18.04 

4416 

B.  A.  C.  3554  .... 

6.6 

10  16  48.08 

64.8 

4 

+  2.743 

-  29  27  21.9 

68.6 

2 

—  18.  06 

441? 

Weisse  X,  276  .    .    .    . 

7.0 

1  6  54.40 

61.  9 

5 

3-  1  88 

+  ii   17  42.  7 

59-3 

4 

1  8.  06 

4418 

Lalande  20171     .    .    . 

7.0 

17  11.68 

67-3 

2 

3-094 

+     3    6 

18.67 

4419 

Riimker  3171    .... 

8.9 

17-17.21 

64.  2 

2 

3.196 

+  123  54-  i 

69.0 

3 

1  8.  08 

4420 

B.  A.  C.  3557  .... 

5-2 

17  21.71 

63.3 

3 

2.631 

-  37  18    2.5 

67.8 

2 

1  8.  08 

4421 
4422 

AA?\ 

Lalande  20169     .    .    . 
O.  Arg.  S.  10594  .    .    . 
y     Antlioe           .    .    . 

6.7 
8.0 

7    ^ 

IO    17    22.  67 
17    24.03 
17  2Q  60 

71.0 
65.2 
62    Q 

3 

2 
•2 

+  3-  507 
2-744 

2    7^2 

+  36  54  50.  7 
-  29  33  32.6 
—  28  56  29.  8 

47-3 
71.0 
67.8 

2 
2 
2 

-  18.08 
1  8.  08 
1  8.  08 

ft*-  J 
4424 

Rumker3i72    .    .    .    . 

/  •  -j 

8.8 

»  1     *-y-  ww 

17  32-35 

"*"  y 

60.6 

J 

3 

•  /  ->*- 
3.190 

+  ii  34  45-5 

58.6 

3 

1  8.  08 

4425. 

Weisse  X,  288  .    .    .    . 

8-3 

17  37.80 

62.  2 

2 

3-l8l 

+  10  41  29.  3 

59-9 

3 

18.09 

4426 

29  Leonis  Minoris     .    .    . 

5-5* 

10  17  39.85 

56.6 

3 

+  3-494 

+  36     8  12.2 

61-3 

4 

—  18.09 

4427 

44  Leonis   

5-6 

17  52.43 

66.3 

2 

3.168 

+      9    2Q  41.6 

70.0 

3 

•  18.  10 

4428 

30  Leonis  Minoris     .    .    . 

4-5* 

17  52.67 

60.5 

3 

3-468 

+  34  3°  26.  5 

65.9 

5 

18.  10 

4429 

B.  A.  0.3562    .    .    .    . 

6.0 

18  12.63 

71.  I 

2 

3-  168 

+     9  29    9.3 

69.9 

3 

18.  ii 

443C 

B.  A.  €.3563    .    .    .    . 

5-5 

18  44.  31 

76-3 

4 

3.008 

—    6  21  18.  i 

69-3 

2 

18.  13 

443  1 

Lacaille  4287    .... 

6.7 

10  18  47.55 

66.8 

2 

+  2.632 

-  37  35  37-9 

68.3 

2 

—  18.  13 

4432 

Weisse  (2)  X,  359    .    . 

8.8 

18  49.52 

61.5 

4 

3-257 

+  17  56    6.  i 

60.3 

3 

18.  13 

4433 

Weisse  X,  315  .... 

6.7 

18  53-19 

69.2 

2 

3-  "8 

+     4  38  34-6 

62.8 

2 

18.  14 

4434 

Lacaille  4286    .... 

6.2 

18  56.77 

66.3 

2 

2.  762 

-  28  29    4.  i 

69.  2 

3 

18.  14 

4435 

Weisse  X,3i6  .... 

7-3 

19     1.  08 

6O.9 

3 

3-185 

+  ii   12  54-5 

57-o 

3 

18.  14 

4436 

B.  A.  0.3566    .    .    .    . 

7.0 

10  19  16.43 

68.3 

3 

+    3-015 

-    5  43    o-4 

69-3 

2 

—  18.  15 

4437 

4438 

Weisse  (2)  X,374   .    . 
//     Hydrce  

7-5 

4.  5 

19  18.93 

I  Q    I  O    IO 

66.6 

Co    •? 

6 

3-256 
2.  908 

+  i?  55  58-0 
—  16     7  i\  o 

59-o 

7  I    O 

4 

18.  15 
18.  15 

4439 

26  Sextantis  

^   j 

6.0 

J       y    Jv 

19  27.  88 

jy    J 

f)A      1 

2 

3060 

/         J 

o  16  38.  o 

/  *  • 
6?    1 

2 

18.  16 

4440 

/i    Leonis  Minoris     .    .    . 

5-5 

19  46.49 

"4"  j 

68.3 

2 

.    wxf 

3-505 

i-  37  25  25.  i 

"•*/  •  J 

46.6 

5' 

18.  17 

AP  J  fc' 


114 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

H 

a 

QJ 

c 

C3 
!U 

S 

J§ 

o 

fen 

O 

6 
fe 

Annual 

Precession, 
1860. 

Mean 
Declination, 
1860.0. 

3 

!U 

>-4 

G 

S 
Z 

j 

0 

t£j 

O 

e 
% 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

4441 

35  Urss  Majoris    .... 

6.5 

10  19  54.83 

63-3 

'  4 

+  4-363 

-)-  66  20  26.  3 

64-3 

2 

-  18.  17 

4442 

.1.1.1-1 

Radcliffe  2496  .... 
45  Leonis          .        ... 

6.0 

7.  O 

20     9.  28 
20  1  1   I  ^ 

62.3 

61.  6 

2 

7 

3-655 

1      I?6 

+  45  55  32-  5 
+  10  28  20  i; 

56.2 
61.  o 

3 

4 

1  8.  18 
18  IQ 

T-T-T-O 

4444 

Lacaille  4295   .... 

/ 

6-5 

j     j 
20    17.81 

63-3 

/ 
3 

J           / 

2.  621 

iv-f      ***      *3f"    J 

-  38  39    4-  3 

68.3 

T- 
2 

»**•  »30 

18.  19 

4445 

B.  A.  €.3576   .... 

7.  o* 

2O   26.  06 

60.  2 

2 

3.070 

-      0    15      2.0 

65-3 

2 

18.  19 

4446 

.4.4.4.7 

O.  Arg.  N.  10681    .    . 

6.5 
4,  4 

10  20  39.  55 

20  44.  92 

65.8 
64.  4 

2 
II 

+  4-  275 

2.  744. 

+  64  58  25.  8 

—    IO   21    21.  £ 

70.3 
67.2 

2 

2 

-  18.  20 

18.  20 

•TT-T-/ 

4448 

Rumker  3203  .... 

7.3 

20   55.61 

66.9 

3 

•***    /  T'T" 

3-238 

O        •                    J 

+  16  28    9.  4 

70.8 

2 

18.  21 

4449 

Weisse(2)X,  412    .    . 

7-5 

21      9.83 

63.6 

9 

3.292 

+  17  5°  47-3 

57-6 

3 

18.22 

4450 

O.  Arg.  N.  10872     .    . 

8.0 

21    25.76 

77.0 

3 

4.  268- 

+  65     o  52.5 

72.6 

3 

18.23 

445  1 

O.  Arg.  N.  10874     .    . 

8-5 

IO   21    25.94 

73-6 

3 

+  3-921 

+  56  42  44.  2 

75-3 

, 

-  18.23 

445  2 

Lament  894      .... 

8-5 

21    27.58 

69-3 

2 

2.998 

•    7  34  27.7 

57-6 

3 

18.23 

4453 

M.Z.  10,  27      .... 

6.2 

21    30.04 

60.3 

2 

2.  7OI 

-  33  4i     8.  i 

69-3 

2 

18.23 

4454 

36  Ursaa  Majoris  .... 

5-9 

21    38.27 

72.3 

4 

3-9I9 

-)-  56  41  48.0 

58.2 

2 

18.24 

4455 

Weisse  X,  375     ... 

7.0 

21    47.28 

66.8 

2 

3-179 

+  10  52  14.9 

68.3 

2 

18.24 

4456 

32  Leonis  Minoris     .    .    . 

6.0* 

10   21    55.31 

59-8 

3 

+    3-532 

+  39  38  24.  i 

S3-2 

8 

-  18.25 

4457 

44C8 

Weisse  X,  377     ... 
M.  Z.  9,  20    

8-9 
6.8 

21    55-67 

21  ";8.  7o 

62.6 

72    6 

3 
6 

3.182 
2.  677 

-|-  ii  14  26.  9 
—  -jc  w  lo  6 

57-9 
72.  Q 

3 
e 

18.25 
18.  2? 

T-TO^ 

4459 

Weisse  X,  378  .... 

7-5 

j       t  y 
21    59.38 

/  *.,  *j 
do.  2 

2 

It 

3-  199 

oj    j         y 

+   12  54     6.2 

/      y 
68.3 

3 
2 

J 

18.25 

4460 

Rumker  3209    •   .    .    . 

8-3 

22    IO.  92 

64-5 

4 

3.248 

+  17  41  42.5 

59-6 

3 

18.26 

4461 

B.  VI.  +  37°,  2087  .    . 

8-5 

10   22   28.37 

69.6 

.3 

-1-  3-499 

+  37  45     4-o 

46.8 

2 

-  18.27 

4462 

B.A.C.3592   .... 

6-5 

22   30.  91 

76.3 

3 

3-093 

+     2  12  39.7 

72.9 

5 

18.27 

4463 

O.  Arg.  S.  10666  .    .    . 

8-7 

22  52.  75 

68.8 

2 

2-757 

-  29  49  29.  i 

65-3 

2 

18.28 

4464 

Lacaille  4307   .... 

6.5 

22    54.  32 

63-6 

3 

2-653 

-  37  20  39.  3 

67.8 

2 

18.28 

4465 

Rumker  321  1    .... 

8.2 

22    59.95 

73-o 

3 

3.192 

+    12    20   47.9 

7i-3 

2 

18.29 

4466 

B.A.  0.3596    .... 

5-4 

10  23     I.  24 

63-3 

2 

+  2.768 

—    28    56    56.  I 

70.0 

3 

-  18.  .29 

4467 
4468 

9     (H)  Draconis  .... 
30  Sextantis  ...        . 

5-2 

6.0 

23     4-95 
23     8.  oo 

64.4 

64.    2 

8 

2 

5-346 

•j.  O71 

+    7^    25    55.8 
4-      O      4.   44.  7 

66.4 
6q.  •? 

8 

2 

18.29 
1  8.  29 

Cf*fUV 

4.4.60 

6    Antliss 

c    o 

21      8    Q7 

**r'  * 

68.8 

2 

a*  "/  J 

2   7^7 

T                              T^      T'T1*    / 

—  2q   Hi   28  o 

7     O 

68.1 

2 

18.  29 

T-T-     7 

4470 

33  Leonis  Minoris    .    .    . 

J' 

6-3 

*j     "•  y/ 

23  54-01 

62.2 

2 

•  /  J  / 

3-427 

7     JO  •  *•'-'•  y 

+  33    5  48.  i 

rv>   j 

67.8 

2 

18.32 

447' 

Weisse  X,  412     ... 

8.0 

10  23  58.  26 

66.8 

2 

+  3-  176 

+  10  46    5-  i 

68.3 

2 

-  18.32 

4472 

B.  A.  0.3603   .    .    .    . 

6.0 

23  58-50 

58.3 

2 

3.006 

—    6  55  12.8 

71.2 

2 

.    18.32 

4473 

O.  Arg.  N.  10911      .    . 

7.0* 

24     7.  63 

69-3 

2 

3-613 

+  44  54     i-  i 

56-3 

2 

.18-33 

4474 

O.  Arg.  S,  10684  •    •    • 

8.  i 

24  1  1  .  84 

64-3 

2 

2.825 

-    24   30   22.  7 

69.7 

2 

i8-33 

4475 

Lacaille  4317   .    .    .    . 

6.6 

24  17.  80 

66.3 

2 

2.810 

—   25   46      2.  I 

70-3 

2 

18.33 

4476 

Weisse  X,  425     ... 

8.1 

10  24  46.  03 

67.3 

2 

+  3-  169 

-j-  10    8  28.  6 

70.6 

3 

-   18.35 

4477 

DM.+  17°,  2237    .    . 

9.8 

25     2.  34 

65-3 

2 

3-243 

+  17  36 

18.36 

4478 

B.  A.  0.3607    .    .    .    . 

5-o* 

25     3-02 

60.  3 

2 

3-542 

+  4i     8  39.  8 

54-3 

2 

18.36 

4479 

Lacaille  4326  .... 

6.8 

25   10.  89 

63-3 

2 

2.704 

-  34  24  25.  5 

69-3 

2 

18.36 

4480 

Lalande  20419     .    .    . 

8.0 

25  14.32 

65-3 

2 

3.002 

-   '7  28  36-3 

57-3 

2 

18-37 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

u 

9 

d 

ri 
<u 

1 
O 
0 

Annual 
Precession, 
1860. 

Mean 
Declination, 
18600. 

1 

1 

O 

6 
fe 

Annual 
Precession, 
1860. 

h.  m.       s. 

s. 

0          /            // 

„ 

4481 

Lacaille  4324  .... 

6.0 

IO  25   17.  70 

64.  2 

3 

+  2.792 

-  27  31     7.9 

68.8 

2 

-  18-37 

4482 

4487. 

Weisse  X,  439.    .    .    . 
n     Leonis                       .    . 

9.0 
4.  o 

25  26.  16 
25  26.  24 

64.  2 

64   4 

2 
62 

3-  '76 
3.167 

+  ii     o  41.3 

+IO       I     12    7 

68.8 

60.  2 

2 

6 

18.37 

l8    77 

"rr^  J 
4484 

448  c 

34  Leonis  Minoris    .    .    . 
M  Z  10  30 

*f.  ^ 

5-0* 

8     7. 

25  29.94 

2C    4O    7.8 

wtt'  *T 

59-7 
64  8 

2 
2 

J             1 

3-457 

2    7l6 

*    J    '  1 

+  35  42  29.0 

62.  7 
68.8 

5 

2 

•*"  O/ 

18.37 

18  7.8 

*rr*y 

4486 

DM.  +  17°,  2237     .    . 

*"  o 

9-7 

*J    t".  o" 

10  25  51.  04 

u«f.  <_i 

63-7 

2 

*"  t 

+  3-240 

-f  17  30  16.  o 

67-3 

I 

*  *-*•  J*-1 

-  18.39 

4487 

Weisse  (2)  X,  513   .    . 

8.5 

26    o.  50 

66.3 

2 

3-221 

+  15  36  58-6 

69.8 

2 

18.39 

4488 

Rumker  3238  .... 

8.7 

26    3.  06 

63.8 

2 

3-224 

+   15  56     4-4 

68.8 

2 

18.39 

4489 

37  Ursce  Majoris   .... 

6.0 

26    7.  08 

68.3 

2 

3-918 

+  57  48    6.0 

58-3 

2 

18.40 

449° 

Weisse  X,  456  .    .    .    . 

8.0 

26    31.  21 

68.8 

2 

3-039 

3  33  18-  5 

59-8 

2 

18.40 

4491 

4402 

Weisse  X,  455  .    .    .    . 
Anonymous  

8-3 
8.8 

10  26  34.  06 

26    51.  63 

76.3 

6Q,    "? 

2 
2 

+  3-  "8 
3-  °34 

+    4  55 

—      4      Q    I  ?.  ? 

SO.  •? 

2 

-  18.41 

18.42 

^ry 

4493 

Weisse  X,  468  .    .    .    . 

9.0 

26    56.  70 

7     J 

6d.  2 

2 

3-  '93 

^      y      j    J 

+  12  54     9-5 

j  y  j 
73-8 

2 

*  **•  T-* 

18.43 

4494 

M.Z.  237,89    .    .    .    . 

7-5 

27  10.  66 

64-3 

2 

2.698 

-  35  20  47.  4 

69-3 

2 

18.43 

4495 
4406 

Lacaille  4340  .... 
Lamont  747.  . 

7-o 
8.0 

27  17.66 

IO   27    2O.  22 

63-5 
59.  2 

3 
2 

2.808 

4-    2    q87 

-  26  37  39.  9 

—  *-      Q    IO    "?O    1 

64.6 
s6  2 

2 

6 

18.44 

—    l8   44 

•f^npw 

4497 

44.08 

Lacaille  4345    .... 

48  Leonis       , 

6.7 

r    c* 

27    20.27 

63-3 

6q   7. 

3 

2 

j—     «•  y*-</ 

2.638 

y     *v'    jy~  j 

-  39  3°  59-  7 
-(-     7  40  23.  6 

j  - 
66.3 
63.  3 

2 
2 

*  **•  trr 

18.44 

1  8    44 

TIT-;/IJ 

4499 

Weisse  (2)  X,  537    .    . 

j-  j 
8.2 

27    34.26 

^y  j 

62.2 

2 

3.406 

+  32  3°    i-  ' 

62.3 

2 

*  *-*•  *§••+ 

18.45 

4500 

Lalande  20482     .    .    . 

8.0 

27    39.  78 

77-3 

2 

2.976 

-  10  23  53.  5 

70.8 

2 

18.45 

4501 

Tr.Z.9,4     

7-9 

10  28  17.  15 

70.3 

2 

+  2.674 

-  37  24  24.  6 

69.0 

3 

-  18.47 

4502 

B.A.  0.3627    .... 

6.0 

28    18.04 

59-2 

2 

2.857 

-   22   27    l8.  I 

66.3 

2 

18.47 

4503 

35  Leonis  Minoris    .    .    . 

6.0 

28    18.65 

69-3 

2 

3-4^5 

4-37    3    5-8 

56.6 

3 

18.47 

4504 

Lacaille  4349   .... 
Anonymous  

6.9 
8.6 

28   2O.  32 

28  37.  88 

63.8 
68.3 

I 

2.764 
3-  °37 

-  30  37  15-7 

—       5    Co 

65.8 

2 

18.47 
18.48 

Anonymous  

8-  5 

10  28  40.  67 

62    Q 

j    jy 

58.  o 

—  18.  48 

4507 

Tr.  Z.  114,  i      .... 

8-5 

28  40.  85 

W-N  y 

69.  3 

2 

2-777 

-  29  36  54-  9 

65-2 

2 

18.48 

4508 

B.  A.  €.3630    .... 

5-5 

29    o.  04 

63-3 

2 

2.656 

-  38  So  23.  3 

71.9 

5 

18.50 

4509 

4SIO 

M.Z.  237,90    .... 
Anonymous 

9.0 

92 

29    12.  89 

29  20.  5  7. 

65.8 

4 

J 

2.  7O2 

2.  7O7 

-  35  39  46.  9 

70.9 

i 
i 

18.50 
18.  51 

TJ 

45" 

Weisse  X,  517  .... 

.  ^. 

8.8 

10  29  25.06 

69.0 

4 

4  3-035 

-    4    6  18.  6 

49-3 

-  18.51 

4512 

.      B.  A.  0.3629    .... 

6-5 

29  26.  49 

71.6 

4 

6-379 

4-  81     9  18.  9 

7O.  2 

4 

18.51 

4513 

Lacaille  4360   .... 

6.8 

29  28.74 

63-7 

2 

2.822 

-  25  56  55.2 

68.3 

2 

18.  51 

45'4 

Weisse  X,  520  .... 

7-o 

29  34-35 

70.8 

4 

2.968 

-  1  1  28  50.  7 

67.6 

4 

18.52 

4515 

Weisse  X,  526  .    . 

9.0 

29  44.  27 

72.8 

2 

2.990 

-     9     6  25.7 

56.9 

3 

18.52 

4516 

M.Z.  237,91    .    .    .    . 

8.  i 

10  29  52.94 

64.7 

5 

+  2.705 

-  35  38  35-  7 

7O.6 

2 

—  18.52 

45«7 

Lacaille  4363   .... 
Anonymous  

6-5 

Q.  1 

30    2.85 

?O       1. 

64.  2 

6 

2.800 

7.    07.8 

-  28    2  51.9 
—     •?  48    26 

68.8 

7O     7. 

•2 
I 

i8.53 
18  «•» 

4519 

Lacaille  4364  .... 

y    J 

6.4 

O          3 
30       8.31 

63.2 

2 

J.  V^JW 

2.  Si- 

J    *f«-'        *.,  \j 

—  26  55  55.7 

/     -  J 
70.O 

3 

1          J  J 

18-53 

4520 

Lacaille  4365   .... 

6.7 

30  10,  64 

64.2 

2 

2.746 

-  32  32  50-  8 

70.3 

2 

'8.  54 

116 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

M 
>-, 

i 

•s 

1 

'o 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

lH 

rt 
o> 
^ 

C 
rt 
OJ 

s 

,n 
o 

0 

i 

Annual 
Precession, 
1860. 

4.C2I 

Anonymous  

h.  m.      s. 

IO    3O    I  7.  5O 

40-  "? 

2 

s. 
4-    3.  O4I 

o       /       // 

—     3  31   18  i 

/IO     7 

J 

// 
-  18  ?4 

«fj** 

4522 

Weisse  X,  538  .    .    .    . 

8.8 

*j  j*j  •  j.  jv 

30  27.  79 

'-ry  j 
60.  2 

2 

I       O  -      ^  * 

2-979 

O       J  *          »  LI.      » 

-   10  19     6.  i 

4y-  j 

55-3 

3 

itj.  3<+ 
18.54 

4523 

B.  A.  0.3637    .... 

6.0* 

30  38.  54 

60.  I 

2 

2.958 

-  12  39  28.8 

54-3 

2 

i8.55 

4524 

B.  A.  €.3638    .... 

5-8 

3°  39-  7° 

62.3 

2 

2.817' 

-  26  41  18.  i 

64.8 

2 

18.55 

4525 

Weisse  X,  548     ... 

9.0 

•    3°  47-  93 

59-7 

2 

2.980 

-  10  19  24.  6 

55-3 

3 

18.56 

4526 

37  Leonis  Minoris     .    .    . 

4-5* 

10  30  49.  86 

60.2 

2 

+  3-398 

+  32  42     7-4 

69.  o 

3 

-  18.56 

4527 

38  Leonis  Minoris     .    .    . 

5-5* 

31     6-36 

69-3 

2 

3-476 

+  38  38  18.  7 

65.6 

3 

18.56 

4528 

O.  Arg.  S.  10775  •    •    • 

'8.0 

3'   13-04 

67-3 

2 

2.  799 

-    28    22    20.  8 

68.8 

2 

i8.57 

4529 

4.C7O 

Lacaille  4374  .... 
50  Leonis                   .    .    . 

6.8 
6.8 

31  20.37 

7T    2  7    80 

63-3 
67.  7 

3 

2 

2.719 

3.   226 

—  34  59  38.  9 

+l6    CI     17    O 

66.8 

(So     7 

2 
2 

i8.57 
18  <7 

TV.J 

4531 

AC  -3  2 

O.  Arg.  N.  11017      •    • 
o-1*    Hydras 

6.5 

$      $ 

ji    -*O-  *" 

10  31  45-41 

•JI     AC     64 

/      J 

69-3 
61.  6 

2 
7 

O 

+  3-622 

2   Q27 

M        ^  1          \   J  .    \J 

+  47  34  ii.  2 

1  6       O       17 

uy-  j 

56.2 

68  7 

3 

2 

1  "-  J/ 

-  18.59 

18  so 

HJO* 
4S33 

Weisse  (2)  X,  642  .    . 

J     J 

9.0 

O1    TO-  w*r 

32     6.  32 

6  1.  2 

J 
2 

*•  "    / 

3-438 

y    o-  j 
+  36  13  17.0 

VJO.  J 

61.  4 

5 

lo-  oy 
1  8.  60 

4534 

38  Ursse  Majoris    .... 

5-2 

32  20.76 

63.0 

3 

4.217 

+  66  26  53.  o 

69.  i 

8 

18.61 

4535 

B.  A.  C.  3649    .... 

8-5 

32   22.00 

70.3 

4 

3-156 

+     9  34  H-  i 

7°-3 

2 

18.61 

453» 

Lacaille  4384  .... 

7-  i 

10  32  34.  84 

63-3 

3 

+  2.655 

-  39  56  37-  5 

68.3 

2 

-  1  8.  61 

4537 

Weisse  (2)  X,  660  .    . 

7.0 

32  35-59 

60.  i 

5 

3-339 

+  28  15   12.8 

55-3 

3 

18.62 

4538 

Lacaille  4387   .... 

6.0 

32  55.86 

64-3 

IO 

2.  712 

-  35  56  59-5 

65-3 

2 

18.63 

4539 

B.  A.  C.  3652    .... 

6.0 

32  58.  88 

76.7 

.   4 

4.419 

-f  69  48  24.  7 

72.6 

4 

18.63 

454° 

O.  Arg.  N.  IIP4I      .    . 

8-3 

33    4-38 

64.8 

2 

4-077 

-f-  63  46  ii.  i 

62.3 

2 

18.63 

4541 

Lacaille  4389   .... 

6.9 

10  33  26.  19 

63-7 

4 

+    2.752 

-  32  53    4-  8 

67-3 

3 

-  18.64 

4542 

Lamont  775      .... 

8-5 

34     i.  64 

59-8 

2 

2.974 

-  ii  28    7.4 

56.3 

3 

18.66 

4543 

Lacaille  4393  .... 

7.8 

34    9-  74 

63.0 

3 

2.833 

-  26    3  21.5 

70.7 

2 

18.67 

4544 

ASJ.S 

Weisse  X,  600     .    .    . 
77  Sextantis           . 

7-5 
6.0 

34  10.  24 
id.  1  6  64. 

71.0 

67     7 

4 

2 

3.200 

1      C)67 

+  H  42  29.  5 

I       O    2  C     7 

69-3 

T?    O 

2 

18.67 

18.67 

^JT-J 
4546 

B.  A.  0.3661    .    .    .    . 

6.5* 

J^T       JW.    VJif. 

10  34  20.  ii 

w/  •  J 

59-8 

2 

J-  VWJ 

+  3.382 

u    *3'  1 

+    32    25    42.3 

/Z.  O 

68.3 

2 

-  18.67 

4547 

Weisse  X,  608  .    .    .    . 

9.  o* 

34  24.  38 

76.3 

2 

3-199 

+  14  40    3-  5 

75-3 

2 

18.67 

4548 

Weisse  (2)  X,  693   .    . 

8.0 

34  26.  15 

65.8 

^ 

3-443 

+  37  15    0-2 

55.6 

3 

18.67 

4549 

M.  Z.  237,94    .    .    .    . 

8-5 

34  27.  89 

67-9 

3 

2.  72O 

-  35  51  36.2 

69-3 

2 

18.67 

4550 

Lacaille  4399   .... 

6-5 

34  28.32 

63-0 

3 

2.730 

-  35    o  45.3 

67.6 

3 

18.67 

4551 

Weisse  (2)  X,  696  .    . 

9.0 

10  34  35-5° 

62.0 

4 

+    3-427 

+  36    6  33.7 

62.7 

4 

-  18.  68 

4552 

Weisfe  X,  618     . 

8.0 

34  54-  55 

61.2 

4 

3-  l67 

+  H     5  '3-3 

59-5 

5 

18.69 

4553 

Lacaille  4407   .... 

6-5 

35     6.  75 

62.8 

4 

2-733 

-  35    °     1-6 

68.3 

2 

18.70 

4554 

Lacaille  4406  .... 

7-3 

35   I3-76 

63-4 

4 

2.843 

-  25  18  56.0 

66.4 

2 

18.70 

4555 

4.1^6 

Weisse  (2)  X,  711  .    . 
74  Sextantis 

8.0 

6   7 

35  18.01 
10  7^  23.  66 

68.3 

62     7 

2 
I  7 

3.400 

4-    7    1  08 

+  34    5  43-3 

J_       A     iS    .jS    c 

65-3 
61.  6 

2 

18.70 
1  8.  70 

**O  j" 

4557 

Mer.  C.  Z,  168,  too  .    . 

w<  / 

7-5 

35  34-96 

u^.  ^ 

64.8 

1  J 
2 

-f-   3.  iuo 

2.  726 

T            T"                     T"            J 

-  35  4i     3-4 

70.9 

4 
3 

18.71 

4558 

Lacaille  4412  .... 

7.0 

35  42.01 

65.3 

2 

2.669 

-  39  57  40.  5 

71.8 

2 

18.71 

4559 

B.  A.  0.3671    .    .    .    . 

5-5* 

35  47-93 

55-6 

3 

3-285 

+  23  55  "-5 

53-2 

12 

18.  72 

4560 

Weisse  X,  637     ... 

i 

8-3 

35  57-57 

62.6 

3 

3-04I 

•    3  40  30.  i 

57-o 

3 

18.72 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


117 


i 

<u 

-3 

Mean  Right 

IH 

rt 
0 

ji 

"3  1   d 

Mean 

ij 

rt 

<L» 

£ 

o 

•a  §   - 

9  "•  d 

1 

Name  of  Star. 

3 

'c 

Ascension, 

% 

||| 

Declination, 

a 

o 

IBS 

§P 

1  860.0. 

V 

6 

<   £   "" 

1  860.0. 

8 

^d 

<    £    " 

i 

S 

% 

^ 

^ 

*^    1 

_ 

h.  m.      s. 

s. 

a       /       // 

// 

4561 

DM.  +5°,  2385  .    .    . 

7-7 

10  36     9.05 

72.  6 

3 

+  3-  »4 

+    5    2    5.9 

71.3 

2 

-   18.73 

4562 

15.  A.  C.  3674    .... 

7.5* 

36     9.58 

59-3 

3 

2.871 

-  22  49    3.  8 

54.3 

2 

18-73 

4563 

B.  A.  0.3677    .... 

5-5 

36  14.  20 

63-3 

3 

2.774 

-  3i  59     i-5 

71.4 

5 

18.73 

4564 

DM.  +  5°,  2386  .    .    . 

8.2 

36  20.  50 

67-3 

2 

3-  "4 

+     4  58  59-  6 

71-3 

2 

18.73 

A  cfic 

Anonymous                .    « 

8.5 

36  34.  92 

65.0 

3 

2.  729 

-  35  46    7.0 

70.3 

I 

18.74 

45°5 

4566 

Lacaille  4419    .... 

6.4 

10  36  46.  46 

66.8 

2 

+    2.  786 

-  3'     i  33-5 

68.9 

3 

-   18.75 

4567 

DM.  +  36°,  2113     .    . 

9-5 

36  47.  96 

66.3 

2 

3-421 

4-  36  21   15.  6 

67.3 

i 

18.75 

4568 

Mer.  C.  Z.92,  28  .    .    . 

8.0 

36    55.  20 

64.8 

2 

2.  816 

-  28  19  47.6 

69-3 

2 

18.75 

4569 

Weisse  X,  656     ... 

8.0 

37    3-  40 

60.8 

2 

3-l65 

+  II     6  33.9 

60.  3 

4 

18.76 

457° 

O.  Arg.  S.  10840  .    .    . 

6.8 

37     5-33 

69.3 

2 

2.797 

-  30    8     2.  3 

66.8 

2 

18.76 

457i 

Weisse  (2)  X,  754  .    . 

9-4 

10  37  20.90 

62.1 

4 

+  3.463 

+  39  40  31-' 

56.2 

3 

-    18.77 

4572 

41   Urss.'  Majoris    .... 

5-8 

37  34-21 

68.8 

2 

3-830 

+  58     9  19-4 

48.2 

5 

18.77 

4573 

Weisse  X,  664      .    .    . 

8.9 

37  44-65 

65.3 

3 

3-  "4 

+     5     4  23.8 

65-3 

2 

18.78 

4574 

O.  Arg.  S.  10849  •    •    • 

6-3 

37  45-72 

64-5 

4 

2.870 

-  23  15     8.8 

66.3 

2 

18.78 

A  C1?  C 

M  Z  8  25            ... 

7.  c 

37  53-  °5 

67-3 

2 

2.731 

-  36    5  34-  3 

73-3 

2 

18.78 

4575 

/      J 

AC76 

6.  i 

10  37  56.  60 

64.  2 

3 

+  3-098 

+     3  '3  22.7 

68.2 

2 

—   18.78 

45/u 
4577 

42  Leonis  Minoris     .    .    . 

4-5* 

38     4-  27 

68.8 

4 

3-358 

+  3i  25     6.5 

69-3 

2 

18.79 

4578 

Weisse  (2)  X,  775   .    . 

8.0 

38     6.  28 

76.2 

3 

3-355 

+    3'    22 

18.79 

4579 

Weisse  (2)  X,  774   .    . 

8.6 

38     7-85 

66.3 

2 

3.4I7 

+  36  25  43-  3 

70.3 

I 

18.79 

4580 

Lacaille  4437    .... 

6.  i 

38  14-77 

65.0 

3 

2.73° 

-  36  ii  45.0 

71.4 

8 

18-79 

458. 

Lacaille  4438    .... 

7-3 

10  38  17.94 

63-3 

3 

+  2.715 

—  37  24  28.  i 

71.8 

2 

-    18.79 

^4582 

Weisse  (2)  X,  776  .    . 

8.  i 

38  19.89 

64-3 

4 

3.416 

+    36    22    23.9 

65.2 

7 

18.  80 

4583 

Weisse  X,  673  .    .    .    . 

8.9 

38  21.48 

62.3 

2 

3-  J6i 

4.  10  45  28.  2 

57-3 

3 

18.  80 

A  C&/1 

6.  o 

38  48.  24 

61.3 

9 

3-  '30 

+     7     6  36.  8 

69-3 

4 

18.81 

4j)°4 

5-  5 

39    o.  08 

4 

3-  195 

+  H  55  56.5 

64.0 

3 

18.82 

4586 

M.  Z.  8,  27    

7-  i 

10  39  25.69 

65.0 

3 

+  2.735 

-   36    12   30.0 

69-5 

4 

-  18.83 

4587 

Lacaille  4450   .... 

6-5 

39  33-59 

63.7 

4 

2.683 

—  40  14  16.  2 

70.8 

2 

18.83 

4588 

O.  Arg.  S.  10872  .    .    . 

8.4 

39  51-27 

64-4 

4 

2.834 

-  27  25  45.  8 

68.8 

2 

18.84 

4589 

O.  Arg.  S.  10874  .    .    . 

7-8 

39  5t-73 

64.4 

4 

2.834 

-  27  24  17.9 

68.8 

2 

18.84 

4590 

Weisse  X,  702     .    .    . 

8.0 

39  59.62 

59-7 

2 

3-187 

+  '4    6  56.7 

70.8 

2 

18  85 

4591 

Weisse  X,  703     .    .    . 

7-5 

IO  40      2.  15 

69.0 

3 

+  3-  128 

+     753-5 

69-3 

3 

-  18.85 

4592 

Weisse  (2)  X,  818  .    . 

6.0 

40   25.95 

71.6 

3 

3-43' 

4-  38  18  28.  i 

46-7 

5 

18.86 

4593 

M.  Z.  237,  loo.    .    .    . 

7-7 

40  33.  6O 

67-3 

2 

2.75° 

-  35  21  35-o 

69.8 

2 

18.86 

4594 

Weisse  X,  716  .... 

9-  I 

40  48.  67 

61.9 

3 

3-  '73 

+   12  37  44-6 

70.8 

2 

18.87 

4595 

Tr.  Z.  109,  47   .... 

8.8 

40   52.33 

68.3 

2 

2.812 

—  29  53  58-  8 

66.8 

2 

18.87 

4596 

O.  Arg.  S.  10887  •    •    • 

6.6 

10  41     o.  28 

63-3 

2 

4-  2.802 

-  30  51  57-o 

68.3 

3 

—  18.  88 

4597 

M.  Z.237,  101  .    .    .    . 

7-o 

41    9.07 

67-3 

2 

2.752 

-  35  23  17-5 

71.2 

i 

1  8.  88 

4598 

43  Leonis  Minoris     .    .    . 

6.0* 

41  13-45 

67.6 

3 

3-334 

4-  30    9  20.5 

69.4 

2 

1  8.  88 

4599 

Weisse  (2)  X,  830  .    . 

9.0 

41  22.52 

64.8 

2 

3-407 

+  36  38  48-  7 

55-3 

2 

18.89 

4600 

Lacaille  4463   .... 

5-6 

41  40.  85 

63-3 

3 

2.803 

—  30  56  59.0 

66.8 

2 

18.90 

118 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i-i 
rt 
O 
>> 

C! 

3 

<u 

S 

1 

lM 

O 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

u 

n 

V 

^ 

c 

s, 

2 

o 

(*• 

o 

0 

% 

Annual 
Precession, 
1860. 

4601 
4602 

DM.  +  10°,  2207     .    . 
/     Leonis 

8.5 

c  8 

h.  m.      s. 
10  41  43.  39 

Al      C-l     76 

69.3 

64.  6 

2 

7C 

s. 
+  3-155 
"?  1  61 

0            /           // 

+   10  30  33.3 

+     T  T      T  7        CO 

57-3 
60  o 

I 

J  J 

// 
—  18.90 

1  8    QO 

4603 

39  Sextantis  

j.  ^ 
7.5* 

T*      J  J-    /  w 

41    ^7    OO 

60.  i 

J  J 
2 

"?.  006 

17        J-  9 

8  21  38.  o 

62    7 

r 

18.  90 

4604 

44  Leonis  Minoris     .    .    . 

/      J 

6.0* 

f  i    j  /  •  ^ 
42    11.58 

59-2 

2 

3-316 

+  28  42  42.  8 

u_.  / 

53-2 

3 
10 

18.91 

4605 

Tr.  Z.  114,4    .... 

9.0 

42   27.37 

69-3 

2 

2.818 

-  29  44  13.4 

67-3 

2 

18.92 

4606 

42  Ursae  Majoris    .... 

5-5 

10  42  33.  67 

69.4 

2 

+  3-842 

+  60    3  42.  3 

58-3 

2 

-  18.92 

4607 

O.  Arg.  S.  10906     .    . 

6-3 

42  34-59 

64-3 

2 

2.855 

-  26    4  35.  3 

66.8 

2 

18.92 

4608 

Weisse  X,  757  .... 

9.0 

42  37.06 

60.8 

2 

3-155 

+  I0  33  5°.  7 

65-3 

3 

18.92 

4609 

O.  Arg.  S.  10907  .    .    . 

7-5 

42  37-  13 

68.8 

2 

2.817 

-  29  54    5-  i 

66.3 

2 

18.92 

4610 

M.  Z.  6,  8     

8.0 

42  46.  oo 

70.3 

2 

2.732 

-  37  34  19-0 

69-3 

2 

18.93 

4611 

O.  Arg.  S.  10912  .    .    . 

8.0 

10  42  48.  03 

68.8 

2 

+  2.819 

-  29  48  44.  3 

65.0 

4 

-  18.93 

4612 

Lacaille  4480   .... 

7.0 

42  58.  83 

63.8 

2 

2.722 

-  38  25  53.  9 

68.8 

2 

18.93 

4613 

Tr.  Z.  in,  16  .    .    .    . 

8-3 

42  59.  70 

70.0 

3 

2.825 

-  29  15  15.5 

67.8 

2 

18.93 

4614 

Lacaille  4481   .... 

7-2 

43     9-  64 

63.3 

2 

2.681 

-  4i  37  45-5 

70.3 

2 

18.94 

4615 
4616 

B.  A.  €.3719    .    .    .    . 
2  1248  

6.0 
9.  o 

43  26.  40 

IO  43    27    l8 

66.8 
64.6 

2 

6 

2.784 

-4-   1  278 

-  33  19     6-4 

+    2C     I  I     -73     I 

65.8 
68.2 

2 
2 

18.95 
-    rS  QC 

4617 

Weisse  X,  801      ... 

7.0* 

*tj    f,  i  •  ju 

43  32-60 

49-3 

2 

r   o*  -*/0 
3.066 

*3    *  *   o^*  l 

-    o  47  44.  7 

56.3 

3 

10.  y^ 

18.95 

4618 

B.  A.  €.3720    .    .    .    . 

7.0* 

43  42.  85 

60.3 

2 

3-105 

+     4  19  52.0 

54-3 

3 

18.95 

4619 

O.  Arg.N.  11176     .    . 

9.0 

43  43-  '4 

77-3 

2 

3-925 

+  62  53    3.9 

66.8 

2 

18.95 

4620 

Weisse  X,  781  .    .    .    . 

7.0 

43  46.  64 

66.3 

2 

3.167 

+  12  19  15.0 

69-3 

2 

18.96 

4621 

Lalande  20849     •    •    • 

7.0* 

10  43  51.  19 

7i-3 

2 

+  4.310 

+  70  35  55-  i 

71-3 

2 

-  18.96 

4622 

Carrington  1611   .    .    . 

IO.  O 

43  55- 

6.095 

+  81  47  49.0 

65.8 

2 

18.96 

4623 

Lacaille  4488   .... 

7.1 

43  55-58 

63-7 

4 

2.788 

-  33    5  S6.  7 

65.8 

2 

18.96 

4624 

Weisse  X,  803  .... 

8.0 

44  37-  26 

67.2 

2 

3-165 

+  '2    5  59-7 

69-3 

2 

18.98 

4625 

S  1429  (1st*)  .... 

9.0 

44  51-97 

64.9 

6 

3.I34 

+      8    12 

18.99 

4626 

2  1429  (2d»)   .... 

8.2 

10  44  52.55 

64.9 

6 

+  3-  '34 

+     8  12  15.7 

67.0 

3 

-  i8.99 

4627 

B.  A.  C.  3726  .... 

6-5 

45     2.  10 

67.3 

2 

3.085 

+    I  46   2.3 

73-0 

3 

18.99 

4628 

44  Ursoe  Majoris    .... 

5-5* 

45     4-  28 

67-3 

2 

3.693 

+  55  19  41-4 

67.3 

2 

18.99 

4629 

B.  VI.  +  8°,  2424    .    . 

8.8 

45  12.58 

64.  8 

2 

3-134 

+     8  14    3.9 

67.8 

2 

19.00 

4630 

O.  Arg.  3.  10933  .    .    . 

7-2 

45  '5-44 

64-3 

3 

2.885 

-  23  37  44-  2 

67.8 

2 

19.00 

4631 

46  Leonis  Minoris     .    .    . 

4-5 

10  45  28.  38 

58.3 

3 

+  3-371 

+  34  58    6.  6 

62.3 

2 

-  19.00 

4632 

Weisse  X,  822  .    .    .    . 

8-5 

45  29.02 

63.0 

3 

3-163 

+  «2     i  5°-5 

57.8 

2 

19.00 

4633 

O.  Arg.  S.  10936  .    .    . 

8.8 

45  34-09 

69-3 

2 

2.832 

—  29  20  12.  4 

69.8 

2 

19.01 

4634 

O.  Arg.  S.  10941  .    .    . 

7-5 

45  52.50 

70.8 

4 

2.832 

-  29  26  23.  o 

69.8 

4 

19.02 

463S 

O.  Arg.  S.  10944  .    .    . 

7-9 

46    o.  42 

66.8 

2 

2.867 

-  25  50  13.  5 

70.7 

2 

19.02 

4636 

Tr.  Z.  109,  51  

8.8 

10  46  18.  74 

68.8 

2 

+    2.  832 

—  29  36    4.0 

73-3 

2 

-  19-03 

4637 

Weisse  X,  837  .    .    .    . 

8-7 

46  19.48 

59-3 

3 

3-  '62 

+  12    3  17.9 

57-8 

2 

19.03 

4638 

Schjellerup  3952  .    .    . 

8.6 

46  30.  68 

69.3 

2 

3.067 

—    o  36  41.0 

62.3 

2 

19.03 

4639 

Lacaille  4498   .... 

6.4 

46  30.  94 

62.6 

4 

2.780 

-  34  44  48.  3 

66.3 

2 

19.03 

4640 

B.  A.  €.3732.    .    .    . 

6.0* 

46  36.03 

60.  2 

3 

3.062 

—     i  23  1  1  .  o 

54-3 

4 

19.04 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

)_ 

rt 
<u 
>^ 

C 

a 

V 

s 

4J 

O 

*o 

O 

Z 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

M 

rt 
V 

>, 

C 
rt 
U 

Z. 

2 

o 

tM 

O 

o 
25 

Annual 
Precession, 
1860. 

h.  m.     s. 

s. 

0         /             // 

// 

4641 
4.64.2 

O.  Arg.  S.  10952  .    .    . 
ir>    Hydra  

7.0 
5.5* 

10  46  37.45 
46  38.  68 

72.0 
59.8 

3 

4 

+  2.835 

2.  924 

-    29    21       5.9 

-  19  23  10.  o 

69.3 

65.3 

2 
2 

-  19.04 
19.04 

T-^t*" 

4643 

Lacaille  4503   .... 

7-5 

46  42.  59 

64-3 

3 

2.723 

-  39  40  25.  7 

70.2 

2 

19.04 

4644 

Weisse  (2)  X,  944  .    . 

6-5 

46  52.  92 

74.0 

3 

3-394 

+  37  3°  '7-3 

60.3 

2 

19.04 

4645 

M.Z.  250,35    .    .   .    . 

8-3 

47     1.22 

70.8 

2 

2.889 

-  23  35  19.2 

67.8 

2 

19.05 

4646 

47  Leonis  Minoris.    .    .    . 

7.0 

10  47  10.  64 

60.8 

4 

+  3-  362 

+  34  46  53-  3 

55.6 

7 

-  I9-05 

4647 

Lacaiile  4506   .... 

7.0 

47  12-46 

64.7 

2 

2.815 

-  31  34  56.  9 

69.8 

2 

19.05 

4648 

Lacaille  4505    .... 

7-5 

47  16.29 

64.i 

3 

2.868 

—  26    o     7.8 

65.8 

2 

19.05 

4649 

M.  Z.  10,44  

6.5 

47  24-23 

67.6 

3 

2.794 

-  33  46  13.  2 

71-3 

I 

19.06 

4650 

Weisse  X,  859.     .    .    . 

8.0 

47  25.41 

64-9 

3 

3.066 

o  46  25.  5 

60.8 

8 

19.06 

4651 

B.A.C-3737    .... 

6.2 

10  47  29.  43 

64-3 

4 

+  3-  120 

+     6  35  31.8 

62.0 

3 

-  19.06 

4652 

Lacaille  4508   .... 

7.0 

47  30.00 

63.2 

2 

2.693 

—    42    22    22.  9 

70.3 

2 

19.06 

4653 

M.  Z.  103,  79    .... 

7-7 

47  36.23 

64.  2 

2 

2.828 

-  3°  24    9-  7 

69.8 

2 

19.  06 

4654 

Radcliffe  2582  .... 

6-5 

47  5°-3' 

62.2 

2 

3.741 

+  58  14  58.9 

69-3 

2 

19.07 

46SS 

Weisse  (2)  X,  963  .    . 

7.8 

47  55.96 

68.3 

2 

3-255 

+  23  54  36-  3 

68.3 

2 

19.07 

4656 

Weisse  (2)  X,  961  .    . 

9.0 

10  47  57.79 

60.7 

2 

+  3-  370 

+  35  49     i-2 

56.2 

2 

—  I9-07 

4657 

B.A.  C.  3741    .    .    .    . 

6.0* 

47  58.51 

59.2 

2 

3-353 

+  34  15  I'-  7 

50-3 

4 

19.07 

4658 

54  Leonis,  (1st*)  .... 

6.8 

48     1.61 

65.2 

II 

3.269 

+  25  29  44.  6 

65.8 

2 

19.07 

4659 

54  Leonis,  (2d*)  .    .    .    . 

8.  i 

48     2.  1  1 

65.3 

10 

3.269 

+  25  29  40.  5 

68.8 

2 

19.08 

4660 

Lamont  3134    .    .    .    . 

8-5 

48     7.  88 

69.3 

2 

3.067 

o  40  46.  7 

49-3 

I 

19.  08 

4661 
4662 

O.  Arg.  S.  10974  .     .    . 

55   Leonis 

7-7 
6.0 

10  48    12.  51 

4.8    1O.  2\ 

70.3 
64.  I 

2 
2 

+  2.838 
3.081 

-  29  35  28.  i 
-1-     i  28  «.  6 

7°-3 
71.  1 

4 
? 

—  19.08 

10.  OQ 

4663 

Weisse  X,  879      ... 

9.0 

i^\j    Jv*  *-J 

48  32.  74 

60.8 

2 

J             J 

2.  966 

1                      <w     JJ'   w 

-  H  3'  30.5 

i      j 
55-3 

o 
3 

y*    y 
19.09 

4664 

M.Z.  97,  19  

48  34.  01 

7°-3 

2 

2.825 

-  3'     3  21.5 

67-3 

i 

19.09 

4665 

B.  A.  C.  3747    .    .    .    . 

6.0 

48  36.  98 

76.5 

4 

5.080 

+  78  3'     7-9 

73-  i 

2 

19.09 

4666 

Lacaille  4516  .    .    .    . 

7-4 

10  48  45.  34 

62.3 

3 

+    2.  870 

-  26  13  57.5 

64.8 

2 

-   I9-09 

4667 

Lalande  21014     .    .    . 

7-6 

48  47.  26 

64-4 

4 

3-254 

+  23  59  53-6 

71.8 

2 

19.  10 

4668 

O.  Arg.  N.  11258     .    . 

9.0 

48  53.  62 

69-3 

2 

3-524 

+  47  5°  52.4 

56.3 

2 

19.  10 

4669 

Lalande  21026     .    .    . 

8.0 

48  57.  27 

55.8 

5 

3.066 

-    o  52  21.9 

54-9 

7 

19.  10 

4670 

Lacaille  4519   .    .    .    . 

6.8 

49  H.42 

64.7 

5 

2.828 

-    31       2    26.6 

66.8 

2 

19.  II 

4671 

Lalande  21025      •    •    • 

8-3 

10  49  15.  82 

61.7 

4 

+  3-  366 

+  35  56  42.  7 

56.2 

3 

19.  II 

4672 

O.  Arg.  N.  11279      •    • 

8.0 

49  40.44 

63.2 

2 

3-772 

-f-  60     i  49.  6 

62.3 

i 

19.  12 

4673 

Weisse  (2)  X,  994  .    . 

7-3 

49  41-23 

64.8 

4 

3-259 

+  24  53  18.0 

65-3 

2 

19.  12 

4674 

Lalande  21042     .    .    . 

9.0 

50    II.  20 

62.1 

3 

3-362 

+  35  54  28.0 

56-3 

2 

'9-  '3 

4675 

B.A.C.3755    .... 

4.8 

50    11.95 

64-5 

4 

2.776 

-  36  23  12.7 

72.0 

3 

'9-  «3 

4676 

O.  Arg.  S.  11003  •    •    • 

7-5 

10  50  14.  38 

63.3 

4 

+  2.836 

-  30  27  22.5 

66.3 

2 

-  '9-  '3 

4677 

Tr.  Z.  222,88    .    .    .    . 

7-5 

50  18.  28 

63.3 

2 

2.  72O 

-  41   17  38.9 

68.8 

2 

19.  14 

4678 

M.Z.  105,68    .... 

8-3 

50   22.  30 

64.8 

2 

2.862 

-  27  43  43.  i 

68.3 

2 

19.  14 

4679 

Weisse  X,  914      .    .    . 

7-8 

50  52.  84 

61.4 

5 

3-  H5 

-f-  10  26  56.  i 

59-3 

4 

19-  '5 

4680 

Weis&e  (2)  X,  1017     . 

8  5 

5'      S-'7 

67.3 

2 

3-237 

+    22   37      2.0 

68.3 

2 

19.  16 

1 20 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

!• 
• 

B 
>% 

a 

OJ 

<u 

$ 

o 

IM 
O 

O 

K 

Annual 
Precession 
1860. 

Mean 
Declination, 
1  860.0. 

| 

X 

i 

s 

1 

w- 
O 

6 
fe 

Annual 
Precession, 
1860. 

4681 

Weisse  (2)  X,  1022     . 

9.0 

h.  m.      s. 
10  51    13.46 

62.8 

2 

+  3-  358 

°      r      rr 
+  35  52  58.7 

56.3 

2 

rr 
—  19.  16 

4682 

O.  Arg.  S.  11015  •    •    • 

8.4 

5'   '7-39 

64.6 

3 

2.866 

-  27  34     3.  i 

69.8 

2 

19.  16 

4683 

Lacaille  4535   .... 

6.8 

5'  35-32 

66.3 

2 

2.727 

—  41   17  28.8 

69-3 

2 

19.  17 

4684 

Weisse  (2)  X,  1029  .    . 

8-4 

5'  39-  °' 

68.3 

2 

3-387 

+  3«  45      1-2 

48-3 

I 

19.  17 

4685 

Lalande  21081     ... 

6-3 

5'  43-42 

71-3 

3 

3-366 

+  36  50  38.  6 

66.  o 

3 

19.  17 

4686 

O.  Arg.  S.  1  1020  .    .    . 

7-7 

10  51  47.32 

64-3 

2 

+  2.902 

-  23  27     6.7 

69-3 

2 

-  «9-i7 

4687 

Weisse  X,  931  .... 

8.4 

52    4.89 

76.3 

3 

3-159 

+   '2  39 

19.  18 

4688 

Anonymous  .    .   •     .    . 

7-3 

52  «7-59 

65.0 

3 

2.911 

-    22   30    l6.  0 

69.  o 

3 

19.  19 

•4689 
4690 

Brisbane  3309  .... 
Tr.  Z,  1  1  ,  2  

7.6 

7.8 

52  29.77 

C2    77     C2 

66.3 
64  7 

2 

2.809 

2    7Q3 

-  34    7  40-4 

—     7C    iC     1C     7 

70.8 

7O    T. 

2 

2 

19.19 

JO.  2O 

4691 

Lacaille  4539  .... 

/ 

7-5 

5*  jt  •  5* 

10  52  39.  50 

"'f.  j 
62.  7 

3 

*•  /yj 

+  2.883 

JJ    43     1J"  J 

-  26     i     9.  9 

/'-'•  j 

64.4 

2 

—    19.  20 

4692 

Carrington  1637  .    .    . 

8.0 

52  55.92 

69-3 

2 

5-746 

+  81  47  34.4 

67.6 

2 

19.  2O 

4693 
4694 

O.  Arg.  N.  11325      .    . 
Anonymous  

7-4 

52  57.  60 

C7     to 

61.0 

4 

3-507 

2.  986 

+  48  25  58.  2 

12    74    42.  O 

62.3 

71    2 

2 

19.  20 
IQ    21 

4695 
4696 

Lacaille  4543  .... 
d    Leonis  .    .    . 

7.0 

4O 

JJ    •'-'• 

53  12-93 

in   C  i    in   70 

65.8 

62       1 

2 

2.809 

+      1     IOT 

-  34  23  37-9 

+          A     V?        f)    A 

/ 

68.3 

C7    7 

2 
g 

•3r»  •• 
19.  21 

[  Q    21 

4697 

J3    Ursoe  Majoris  .... 

•  v 

4-0 

iu  b  J    '9-  7° 

53  22.  29 

65.5 

9 

5 

6'  4°* 

3.  665 

42^     u.  4 

-h  57     7  53-o 

J/'  1 

65-9 

5 

19.  21 

4698 
4699 

Weisse  X,  957      .    .    . 
c     Leonis   

7.8 
c    c* 

53  23.96 

C  7    2O    T? 

72.7 

6l.  2 

3 

3.  IO2 
i    i  rS 

-j-     4  29  26.  8 
i      £  c  j   11,6 

75-o 
66.  8 

3 

2 

19.  21 

19.  22 

4700 

Lacaille  4553   .... 

J.  J 

6.0 

Jj   *y'  &* 

53  52-47 

66.3 

2 

j~  *  l  ° 

2.723 

-  42  30    2.  3 

71.0 

2 

19.23 

4701 

B.A.C.3773    .    .    .    . 

7.  o* 

'o  53  53-55 

60.3 

2 

+  3-077 

+    o  47  53.5 

7i-3 

4 

—    19-  23 

4702 

B.A.C.3774    .    .    .    . 

6.2 

54    2.32 

63.3 

2 

2.843 

-  31     5  3'-o 

66.8 

2 

19.23 

47°3 
4704 

Lacaille  4558  .    .    .    . 
p    Leonis  

6-3 
e.  e» 

54  25.96 

C.4        A\        2O 

64.6 
(,-,  I 

3 
6 

2.758 

3061 

-  39  44  49-  8 

F    47     14.    Q 

68.8 
67  7 

2 

2 

19.24 
IQ    2C 

470S 

Lalande  21172     ... 

j   j 

8.7 

j*r    T-*  •  *** 

55     3-°9 

Uj,   1 

70.  o 

4 

.  \j\j  » 

3-134 

1      T-J     JT"   7 

+     9  21  36.  I 

w/  •  j 

57-8 

2 

*y*  *j 
19.  26 

4706 

a     Ursa:  Majoris    .... 

2.  O* 

1055     3-49 

53-3 

120 

+  3-79° 

+  62  30  21.3 

55-i 

•35 

-  19.  26 

47°7 

M.  z-  239.  53  •    •    •    • 

8.2 

55     7-79 

65.0 

4 

2.828 

-  33     9  25-  3 

65.8 

2 

19.  26 

4708 

Weisse  X,  987  .    .    .    . 

7.8 

55  14.86 

60.3 

3 

3-'37 

+     9  55  30.  S 

59-3 

5 

19.  26 

4709 

Lacaille  4566   .    .    .    . 

6.5 

55  28.52 

65.8 

2 

2.791 

-  37    4  55-3 

65.3 

2 

19.27 

4710 

B.  A.  0.3778    .    .    .    . 

6.0 

55  37-99 

64.  o 

7 

2.891 

-  26     4  3'-4 

70-4 

4 

19.27 

47" 

Lalande  21185     -    •    • 

7-4 

10  55  39-9' 

71.2 

7 

+  3-  350 

+  36  53  33-6 

71.1 

9 

-  19-27 

4712 

Lacaille  4567   .... 

6.2 

55  45-76 

68.3 

3 

2.758 

-  40  21  39-  3 

68.8 

2 

19.27 

4713 

B.  A.  C.  3779-    •    •    • 

6.0 

56    4.83 

64-3 

2 

3.072 

+    o    o  14-5 

68.2 

2 

19.28 

47H 

Weisse  (2)  X,  1123  .    . 

9.0 

56  18.  88 

63-3 

2 

3-329 

+  34  58  37-  8 

58.0 

4 

19.29 

47'5 
4716 

Weisse  X,  1006   .    .    . 
f    Leonis  

8-3 

6.0* 

56  26.  26 
10  56  26.  54 

64.0 

77    7 

4 

3-133 

+    -I    O77 

+    9  28  58.9 

+n    AC       8    7 

57-6 
69.6 

3 

19.29 

TQ      2Q 

4717 

B.  A.  C.  3781  .... 

7.0 

56  28.95 

/o-  / 

65.6 

3 

J'  W  / 

3-375 

D    4j        **'  / 

+  39  37  l6-9 

53-2 

8 

•  y.  ^y 

19.29 

4718 

Lacaille  4570  .    .    .    . 

7.0 

56  3'-79 

66.3 

2 

2.888 

-  26  45  54-  2 

70.2 

2 

19.29 

4719 

B.  A.  C.  3783  .... 

6.0 

56  36-03 

66.3 

2 

2.851 

-   31     12    25.7 

66.3 

2 

19.29 

4720 

Lalande  21222     .    .    . 

8.2 

56  51.08 

71-3 

2 

3-077 

+    o  43  23-  3 

73-6 

3 

19.30 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


121 


Number. 

Name  of  Star. 

jj 

3 

1 
7. 

Mean  Right 
Ascension, 
1  36o.o. 

tj 

S 

>-» 

rt 
0 

s 

HJ 

O 

o 

6 
fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 
U 

>, 

rt 
u 

^ 

•ft 
S 

0 

"o 
o 
Z 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

4721 

Weisse  X,  1025    .    .    . 

6-5 

10  57  12.04 

67.3 

2 

+  3.158 

+  13  25  16.3 

71-3 

2 

-  19-31 

4722 

O.  Arg.  N.  11397     .    . 

7.0 

57  12.  22 

62.3 

2 

3-  909 

+  66  37  46.9 

62.3 

2 

I9-3I 

4723 

Lacaille  4576   .... 

7.0 

57  37-58 

64.0 

3 

2.775 

-  39  33  17-2 

67.8 

2 

19.32 

4724 
4721 

DM.  4-340,2197     .    . 
^     Leonis   ,    

9-2 

5.  o* 

57  40.77 
57  47.  58 

64.8 
62.7 

2 

12 

3-3I9 

3.  123 

+  34  33    7-° 
4-     8     i  ii.  i 

65.8 
60.7 

2 

1 

19-32 

10.  1,2 

fl     3 
4726 

B.  A.  C.  3792    .    .    .    . 

5.6 

10  58  17.  80 

/ 

70.  6 

j 

3 

3           J 
+     2-823 

1                     J     iJ        O 

-  35     3     2.9 

66.8 

j 

2 

y  j 
—   19-33 

4727 

Lalancle  21258     .    .    . 

8.0 

58  27.22 

68.3 

2 

3-4'8 

+  44  14  51.8 

71.0 

4 

'9-34 

4728 

Weisse  X,  1044    .    .    . 

7-8 

58  29.  30 

72.6 

3 

3-J56 

+  13  19  23.7 

70.3 

2 

19-34 

4729 

O.  Arg.  S.  1  1114  .    .    . 

9.0 

58  29.  58 

69-3 

5 

K.870 

-  29  40  54.  3 

70.2 

2 

19-34 

473° 

Anonymous  

9-5 

58  35-55 

71-3 

2 

2.869 

-  29  46  43.  6 

69-3 

2 

19-34 

473  i 

Weisse  X,  1049    .    .    . 

8-4 

10  58  47.49 

64.7 

4 

+     3-157 

+  13  33  34-4 

67.8 

2 

-  19-34 

4732 

Schjcllertip  4037      .    . 

8-5 

58  55-29 

67-3 

2 

3-  '41 

+  ii     3  47-6 

69-3 

2 

'9-35 

4733 

Weisse.  X,  1060   .    .    . 

7-3 

59  11.24 

66.8 

2 

3-156 

+  13  27  33-8 

67.8 

2 

19-35 

4734 

4731 

Weisse  (2)  X,-ll86     . 

7-5 

1.  7 

59  17.21 

10  41    1Q 

73-7 
63  6 

3 
a 

3-341 
3.088 

+  37  29  35.4 

4-      2  42    12    7 

75-4 

71    2 

I 

c 

19-36 
iq.  -37 

^  1  JJ 

4736 

Weisse  (2]  X,  1  196      . 

j    / 
6.8 

jy  ^j   jy 
10  59  52.27 

VJ'  ** 

71.0 

j 
3 

+  3-338 

^      j    '  i 

+  37  32  33-  5 

/ 

47-3 

j 

2 

•y  j/ 
-  '9-37 

4737 

Weisse  X,  1075    .    .    . 

7.8 

59  54-4' 

66.  i 

8 

3-  '39 

+  10  58    7.8 

60.6 

3 

19-37 

4738 

Weisse  X,  1076    .    .    . 

9.0 

ii     o    4.79 

72.  6 

3 

3-  '39 

+  10  57     6.5 

68.3 

2 

19-37 

4739 

O.Arg.S.  1  1  147       •    • 

7-3 

o    8.89 

64-3 

5 

2.874 

-  29  47  48.  4 

65.3 

3 

19-38 

4740 

Lacaille,  4599  .... 

6.3 

o  27.65 

63-3 

3 

2-859 

-  3i  49  45-  3 

69-3 

2 

19.38 

4741 

Mer.  C.  Z.  91,50      .    . 

8.6 

ii     o  29.  58 

69-3 

2 

+  2.882 

-  28  55  57.  i 

66.8 

2 

-  19-38 

4742 

4.74.  ? 

Weisse  X,  1087    .    .    . 
M.Z.  11,28  

9-5 
6.8 

o  30.  09 

O    72.  2\ 

64.  2 
68.5 

2 

3-  139 

2   8ll 

+   1°  58  33-9 

—    12   4.7    $2    6 

68.9 
72.  7 

3 

7 

I9-38 

jo.  -in 

•T/  tJ 

4744 

Weisse  X,  1090    .    .    . 

9.0 

J         J 

o  40.31 

66.3 

2 

«*3  m 

3.138 

J          T1/       J 

+  10  57  12.7 

ii 
69.8 

/ 
2 

y  o" 

19-39 

4745 

O.  Arg.  S.  11154  .    .    . 

6.6 

o  41.77 

64-3 

3 

2.892 

-  27  44     5-7 

65.6 

3 

'9-39 

4746 

Weisse  (2)  X,  1221      . 

8.6 

1  1     o  52.  64 

63.3 

2 

+      3.3I5 

+  35  28  25.  6 

67.8 

2 

-  19-39 

4747 

Lacaille  4607    .... 

6.9 

I   16.  60 

64.5 

4 

2.  8ll 

-  37  39    3-  o 

68.3 

2 

19.40 

4748 

M.Z.  247,49    .    .    .    . 

8.5 

i  26.  23 

70.3 

3 

2.786 

—   40    IO  42.  2 

73-3 

2 

19.40 

4749 

Lacaille  4609   .... 

6.0 

i  30.  80 

63.8 

2 

2.883 

-    29    12    53.  I 

67-3 

2 

19.41 

475° 

B.  A.  0.3811    .    .    .    . 

6-5 

i  36.31 

68.3 

2 

3.327 

+  37    4    5-3 

46.8 

4 

19.41 

475' 

i/(     Ursx  Majoris   .... 

3-5* 

1  1     i  46.  79 

62.  2 

3 

+  3-4" 

+  45   15  25.4 

60.  9 

3 

-  I9-4I 

4752 

Lacaille  4614   .... 

7.0 

i  54-55 

65.3 

3 

2.886 

-  28  59  22.3 

65.8 

2 

19.41 

4753 

Lacaille  4616    .... 

7-5 

2      5-36 

65.0 

3 

2.804 

-  38  42  55-  i 

69.8 

2 

19.42 

4754 

O.  Arg.  N.  11496      .    . 

8.8 

2    16.73 

65.0 

4 

3-641 

+  59  39    9-  2 

68.3 

2 

19.42 

4755 

Weisse  (2)  XI,  6      .    . 

7.0* 

2  18.  14 

59-2 

2 

3.291 

+  33  !7  21.7 

55-3 

3 

19.42 

4756 

Weisse  (2)  XI,  16   .    . 

7-9 

II      2   31.  51 

62.6 

3 

+  3-314 

+  36    5  38.  2 

69.8 

4 

-  «9-43 

4757 

O.Arg.S.  11188  .    .    . 

8.6 

2  38.  39 

64.  2 

3 

2.916 

-  25  13  49.3 

69-3 

2 

19-43 

4758 

Radcliffe  2630      .    .    . 

6.0* 

3  11-64 

76.3 

3 

3.928 

+  69     i  50.5 

72.6 

2 

19.44 

4759 
4760 

Lacaille  4624  (1st*)    . 
Lacaille  4624  (2cl*)    . 

8.5 

7.6 

3  12.41 
3  '3-28 

71.  I 
7°-5 

4 
5 

2.891 
2.891 

|—  28  50  30.4 

68.3 

3 

19.44 

122 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

|w 

rt 
<u 
>-> 

C 
rt 

OJ 

--. 

1 

IM 

O 

O 

fc 

Annual 

Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

Vfl 

rt 
B 
^ 

C 
rt 
<u 

J8 

o 

"o 
o 

z 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /              // 

// 

4761 

B.  A.  C.  3823    .... 

6-5 

"     3   I3-36 

68.3 

2 

+  2.890 

-    29      2      7.2 

67.0 

3 

-  19-44 

4762 

Kiimker  3457   .... 

7-4 

3  H-34 

60.3 

3 

3.122 

+     8  39     1.7 

69.0 

3 

19.44 

4763 

O.  Arg.  N.  11518    .    . 

7-2 

3  23.07 

65.1 

6 

3-631 

+  59  39  28.  5 

66.3 

3 

'9-45 

4764 

O.  Arg.  S.  11208  .    .    . 

6.8 

3  4I-76 

64.  i 

7 

2.919 

-  25  14    5-i 

66.6 

3 

19-45 

4765 

Lacaille  4633   .... 

6-7 

3  51-97 

63.3 

3 

2.871 

-  31  48  18.4 

71.0 

3 

19.46 

4766 

O.  Arg.  S.  11213  •    •    • 

8.5 

ii     3  59.65 

72-3 

2 

+  2-893 

-  28  48  50.  4 

75-4 

2 

-  19.46 

4767 

Weisse  (2)  XI,  53    .    . 

8.7 

4  23.  39 

62.6 

2 

3-3°3 

+  35  45  59-  7 

68.4 

2 

'9-47 

4768 

O.  Arg.  S.  11216  .    .    . 

7.0 

4  27.  48 

65.8 

4 

2.921 

-  25     9  51.4 

69-3 

2 

19.47 

4769 

Weisse  (2)  XI,  58  .    . 

8.8 

4  31-84 

60.8 

2 

3.283 

+  33  22  32.4 

70.8 

2 

'9-47 

4770 

Weisse  (2)  XI,  73   .    . 

7.8 

4  54-47 

69-3 

2 

3-3°8 

+  36  34  50.6 

46.6 

5 

19.48 

4771 

Weisse  (2)  XI,  79   .    . 

7-2 

ii     5     4.48 

69-3 

2 

+  3-308 

+  36  35  26.  9 

46.8 

4 

-  19.48 

4772 

DM.  +  59°,  1354     .    . 

9-3 

5     7-94 

66.3 

3 

3.608 

+  59  24  23.  9 

65  3 

i 

19.48 

4773 

Lacaille  4638   .... 

7.0 

5     8.29 

64.4 

6 

2.  922 

-  25  22  26.  5 

64.8 

2 

19.48 

4774 

O.  Arg.  N.  11556      .    . 

9.0 

5  n-74 

65.3 

i 

3.618 

+  59  54 

19.49 

4775 

Weisse  XI,  61  .    .    .    . 

8.0 

5  25.39 

6i.3 

2 

3-  131 

+   10  37  32-3 

61.0 

3 

19.49 

4776 

Lacaille  4642   .... 

6.4 

ii     5  30.32 

63.8 

4 

+    2.  878 

—  31  40  28.0 

68.3 

2 

-  19-49 

4777 

O.  Arg.  S.  11226  .    .    . 

7-o 

5  32-  i? 

76.3 

2 

2.897 

—  29     i  20.  3 

68.3 

2 

19.49 

4778 

DM.  +  68°,  636  ... 

9-5 

5  36.39 

69-3 

I 

3.  862 

+  68  17  48.  8 

70.3 

2 

19.49 

4779 

Weisse  (2)  XI,  90  .    . 

7-0 

5  43-  64 

60.  2 

2 

3-285 

+  34  12  24.6 

55-3 

2 

19.50 

4780 

Weisse  (2)  XI,  98  .    . 

9.0 

6     4.  10 

67.3 

2 

3-  '94 

+    21    20   58.6 

70.3 

2 

19.50 

4781 

O.  Arg.  N.  11571     .    . 

9-5 

ii     6  21.92 

67.4 

2 

+  3-  850 

+  68  16  15.8 

70-3 

2 

-  '9-  Si 

4782 
478-! 

Lacaille  4646   .... 
sP    Leonis 

7-2 

5.  5* 

6  22.36 

6  •?;.  i;? 

63.3 
62.5 

2 

9 

2-923 
3.076 

-  25  42  15-9 
-)--     o  41  28.  9 

72-4 
66.8 

3 
4 

19.51 
19.  51 

~  1      J 

4784 

(J     Leonis 

J     J 

2.  I* 

jjjj 

•       6   7Q.  47 

57-  7 

193 

3-  J92 

+21    17    26.  I 

51.  5 

68 

19.  52 

4785 

B.  A.  C.  3837  .... 

J 

6.6 

jy  ^  i 
6  45-  29 

62.0 

4 

3-  "O 

+     8  49  33.  5 

60.3 

3 

19.52 

4786 
4787 

Lalande(F)  1831(151*; 
Lalande(F)  1831  (2(1*) 

7-7 

7-7 

ii     6  55.  90 

6  57-75 

7i-3 
7i-3 

3 
3 

+  4-  '59 
4.158 

>+  74  13  58.4 

7i-3 

2 

—  I9-52 

4788 

O.  Arg.  N.  11581     .    . 

8.5 

7    8.56 

65.3 

i 

3-590 

+  59  38 

•9-53 

4789 

O.  Arg.  X.  11584    .    . 

7.6 

7  21.30 

65.0 

3 

3.578 

+  58  58  39-  5 

69.8 

2 

"9-53 

4790 

Weisse  (2)  XI,  1  18  .    . 

6.9 

7  21.82 

68.3 

2 

3-3I3 

+  38  20  26.  8 

46.3 

2 

'9-53 

4791 

DM.  +  68°,  638  ... 

9.8 

ii     7  23.  15 

67.4 

2 

+  3-837 

+  68  18    8.  7 

70-3 

2 

-  >9-53 

4792 

O.  Arg.  N.  11590    .    . 

7-5 

7  40.  02 

65.3 

4 

3-903 

-f  69  58  54.0 

69.6 

3 

19.54 

4793 
4794 

Weisse  (2)  XI,  126  .    . 
72  Leonis  

9-2 

5.0* 

7  40-  14 

7  45  .  06 

61.5 
60.  i 

4 

2 

3.268 
3.  206 

+  32  55  23.5 
-f  23  51  28.  o 

61.8 
53-  2 

2 

6 

19.54 
'9-54 

4795 

O.  Arg.  S.  11250  .    .    . 

J 

7-5 

7  46.  02 

63.6 

3 

2.  929 

-  25  18  44.3 

68.3 

3 

19-54 

4796 

M.Z.  162,33    •    -    •    • 

7-7 

ii     7  55-02 

65.8 

2 

+    2.922 

-  26  32  47.  9 

69-3 

2 

-  19-54 

4797 

Lacaille  4665    .... 

6-4 

8  19.  14 

63.3 

3 

2.881 

-  32  33  27-5 

69-3 

2 

'9-55 

4798 

O.  Arg.  N.  11612      .    . 

8    21. 

3-578 

+  59  26  53.  2 

72.8 

2 

19-55 

4799 

Lacaille  4667    .... 

6.6 

8  30.03 

67.6 

3 

2.833 

-  38  42  51.6 

65.3 

2 

'9-55 

4800 

Lacaille  4668   .... 

7-6 

8  35.68 

66.8 

2 

2.842 

-  37  40  42.  6 

68.0 

3 

'9-55 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension. 
1  860.0. 

3 

>, 

c 

S 

S 

£ 

'o 
o 

0 

fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

S 

>-, 

3 

s 

i 

o 

OM 

O 

6 
fc 

Annual 
Precession, 
1860. 

4801 

DM.  +  12°,  2312    .    . 

9-  i 

h.    m.      s. 
ii     8  40.  82 

69-3 

,, 

s. 
+  3-  "37 

0           /           // 

\-    12   22    14.5 

55-3 

2 

ff 

—  I9-56 

4802 

B.A.  0.3846   .... 

6.0* 

8  47-42 

60.3 

2 

3.428 

-)-    50    14    21.2 

53-3 

3 

19.56 

4803 

O.  Arg.  N.  11619    .    . 

9.0 

8  49.  88 

67-3 

2 

3-883 

f  69  57  10.3 

72-3 

2 

19.56 

4804 

Lacaille  4669   .... 

7.0 

8  53-94 

69-3 

3 

2.845 

-  37  29  44.0 

68.6 

3 

19.56 

4805 

Weisse  XI,  133   .    .    . 

8.0* 

9     3-3' 

76.6 

3 

3.058 

•       2    42    34.  2 

67.8 

2 

I9-56 

4806 

O.  Arg.  S.  11267  .    .    . 

7.6 

ii     9     5.46 

64-3 

2 

+  2.901 

-  30    5     7-7 

70.2 

2 

—  I9-56 

4807 

Rumker  3497    .... 

7.0 

9    9-29 

68.8 

2 

3.604 

4-  61     2     6.  7 

65-3 

2 

19.56 

4808 

Lacaille  4672    .    .    .    . 

7.  o* 

9   11.89 

69.4 

2 

2.838 

-  38  34    4-  7 

67.3 

2. 

19-57 

4809 

48lO 

Weisse  XI,  137   .    .    . 
<jt     Leonis                    .    .    « 

8.0 

4-  5 

9  26.  10 
9  32.  67 

74.0 
65.  I 

4 
15 

3-057 
3.057 

2   52   40.  I 

2  53  13.8 

70.3 
7o.  5 

4 

5 

19-57 
'9-57 

4811 

Lacaille  4680   .... 

*T*    J 

6.9 

ii   10  12.42 

67.6 

3 

+  2.850 

-  37  38  10.  8 

65-3 

2 

-  «9.58 

4812 

Weisse  (2)  XI,  182  .    . 

8.0 

10  23.  46 

66.3 

2 

3.282 

-f    36    12    28.3 

70.8 

4 

19-59 

4813 
4814 

f     Ursce  Majoris  (ist*)    . 
f     Ursas  Majoris  (2cl*)    . 

4-3* 
4-3* 

10  42.  32 
10  42.  66 

59-3 
59-3 

3 

2 

3.252 
3-252 

[+  33  18  56.2 

64.7 

5 

19-59 

4815 

Lacaille  4687    .... 

7-  i 

10  52.46 

63-3 

2 

2.889 

32  46  15-4 

65.8 

2 

19.60 

4816 

Weisse  (2)  XI,  199  .    . 

7.2 

ii   ii  11.68 

62.8 

2 

+  3-279 

+  36  15  14-2 

70.8 

4 

-  19.  60 

4817 

O.  Arg.  S.  11291  .    .    . 

7-i 

ii  23.36 

66.7 

2 

2.924 

-  27  40  15-  3 

67.8 

2 

19.  61 

4818 

48  1  Q 

Lacaille  4693   .... 

5-7 
1.4* 

"  42.73 
12  20.  66 

64.  2 

57-  2 

2 
I5O 

2.950 
3.003 

-  23  34  42.  i 
-  14     i   19.2 

67-3 
50.  5 

2 
46 

19.61 
19.  62 

^  ^  i  y 
4820 

Lamont  3284    .... 

J      T^ 

7-5 

12    22.O3 

67.2 

2 

3-075 

-+     o  34  57-9 

69.8 

2 

19.  62 

4821 

Lacaille  4703   .... 

7.6 

II    12   30.33 

67.3 

2 

+  2.843 

-  39  44     6.  5 

70.3 

2 

-  19-63 

4822 

O.  Arg.  S.  11304  .    .    . 

7-5 

12  35-39 

66.8 

2 

2.928 

-  27  42  34.0 

67.8 

2 

19-63 

4823 

O.  Arg.  N.  11674    .    . 

8-5 

12  35-73 

65.0 

6 

3-943 

+  72  29  28.8 

67.3 

2 

19.63 

4824 

O.  Arg.  S.  11311  .    -    . 

7-9 

13     7-i7 

69-3 

3 

2.917 

-  29  40  52.  i 

67.6 

2 

19.64 

4825 

Weisse  XI,  211    .    .    . 

8.5 

13    9.40 

66.8 

2 

3.004 

—  14    o    8.4 

70-3 

2 

19.64 

4826 

DM.  +  9°,  2480  .    .    . 

9.0 

n  13  27.  28 

67-3 

2 

+  3-  "9 

+    9  55  17-3 

73-3 

I 

-  19.64 

4827 

O.  Arg.  S.  11318  .    .    . 

6.5 

13  29.74 

64-3 

2 

2-931 

-  27  34    o.  i 

70.4 

3 

19.64 

4828 

Weisse  XI,  217    .    .    . 

9-3 

13   30.  22 

61.7 

2 

3-015 

-  ii  54  30.  3 

55-8 

4 

19.64 

4829 

O.  Arg.  S.  11320  .    .    . 

7-9 

'3  33-8i 

65.0 

3 

2.944 

-  25  23  17.6 

70.4 

2 

19-65 

4830 

Lacaille  4709  .... 

7-5 

13   42.82 

63-3 

2 

2.908 

—    31    20    10.  I 

68.3 

2 

19.65 

4831 

Weisse  XI,  221    ... 

8.0 

ii   13  47-53 

62.2 

2 

+  3-  i°9 

+     7  49  56-9 

61.0 

3 

-  19-65 

4832 

48^ 

Weisse  (2)  XI,  245  .    . 
a     Leonis  -.    . 

8-5 
4.  o* 

«3  54-63 

I?    S?.  O5 

65-4 
58.  8 

2 

7 

3.269 
3-  104 

+  36  24  46.  5 
-{-     6  47  45.  4 

73-3 
61.0 

2 

3 

19.65 
19.65 

T^      JJ 

4834 

Lacaille  4710  .    .    .    . 

8.0 

j  jj     j 
'3  56.49 

J 

69-3 

1 
I 

j    .   i 
2.885 

-  34  57    6.  8 

67.4 

2 

19.65 

483S 

DM.  +  28°,  2230    .    . 

9.2 

14    3-3i 

70.8 

2 

3-  282 

+  38  17  23.  2 

60.8 

2 

19-65 

4836 

Weisse  XI,  233    .    .    . 

8.0 

n   14  21.77 

61.3 

2 

+  3-095 

+     4  58  30.  2 

57-2 

2 

—  19.66 

4837 

Lacaille  4713   .... 

6.8 

'4  23.55 

63.8 

4 

2.889 

-  34  45  31-2 

67-3 

2 

19.66 

4838 

Weisse  XI,  234   .    .    . 

7-8 

14  25.  68 

60.6 

3 

3-  I09 

+     7  59  24.  6 

57-3 

3 

19.66 

4839 

Lalande  21645      •    •    • 

8.0* 

14  29.  54 

74-5 

4 

3.016 

-  ii  56     1-5 

59-o 

6 

19.66 

4840 

B.  A.  €.3864    .    .    .    . 

5-5 

14  30.02 

77-i 

4 

3.640 

+  65     5  48.  i 

73-6 

2 

19.66 

124 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

rt 

0> 

^ 

1 
Z 

ji 

^ 

0 

lM 

0 
O 

fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i-, 

m 
tj 

>-, 

s 
3 

<u 

3 

"o 
*o 
o 

£ 

Annual 
Precession, 
1860. 

h.    m.      s. 

s. 

0          /             // 

// 

4841 

Weisse  (2)  XI,  257  .    . 

8-5 

ii    14  30.42 

72.8 

2 

+  3-277 

+  37  5'  22.0 

61.  o 

2 

-  19.66 

4842 

Weisse  (2)  XI,  258  .    . 

8-5 

14  30.  64 

74.0 

3 

3-277 

+  37  So  57-3 

75-4 

I 

19.66 

4843 

Lacaille47l4   .... 

8.0 

H  33-49 

65-3 

2 

2.927 

-  28  49  39.  6 

72.  i 

5 

19.  66 

4844 

Weisse  XI,  235    ... 

7-o 

H  35-03 

67-3 

2 

3-  "8 

+     9  56     9-1 

64.8 

2 

19.  66 

4845 
4846 

Weisse  (2)  XI,  266  .    . 

7-5 
6.0* 

15     6.07 
II    1C      9.  12 

76-3 
60.3 

2 
2 

3.  260 
+  ^.  158 

+  35  47  35-6 
+   18  12  16.  i 

74.8 
64  -i 

2 
2 

19.67 
—   10  67 

4847 

Weisse  XI,  253    .    .    . 

7-6 

j      y 
15   29.67 

62.8 

2 

I        J         J 

3.018 

-  ii  53    5-5 

^"T-  J 
6l.3 

2 

iy.  u/ 
19.68 

4848 

Tr.  Z.  223,  96    .... 

7-o 

15   38.29 

68.8 

2 

2.868 

-   38   20    15.8 

67-3 

2 

19.68 

4849 

O.  Arg.  S.  11344  .    .    . 

8.2 

15   39-58 

64.  2 

4 

2.963 

-  22  57  47.3 

67.8 

2 

19.68 

4850 

Weisse  XI,  258    ... 

8-3 

15    50.89 

61.3 

I 

3-°94 

+     4  54  '7-2 

6l.8 

2 

19.69 

4851 

Weisse  XI,  261     .    .    . 

9-2 

ii   16     i.  28 

64.0 

4 

+  3-090 

+'   3  55  45-3 

67-3 

I 

-    19.69 

4852 

Lacaille  4725    .... 

7-6 

16  12.  81 

63-9 

5 

.      2.936 

-  28     7  45.  9 

65-3 

2 

19.69 

4853 

Weisse  (2)  XI,  293  .    . 

6.2 

16  18.73 

68.3 

2 

3-270 

+  38    o  10.5 

46-3 

2 

19.69 

4854 

0.  Arg.  S.I  1353  .    .    . 

7-o 

16  22.69 

64.  2 

4 

2.965 

-    22    56    22.  2 

65.8 

2 

I9-69 

48SS 
4856 

B.  A.  0.3875    .    .    .    , 
i      Leonis   

5-5 
*,.  o 

1  6  26.  24 
ii    16  •??.  <U 

68.6 

62.  Q 

3 

2.892 

_L-    7    122 

-  35  23  50.  5 

+11     17    CO    O 

72-3 

72    I 

4 

19.70 

43j7 
4858 

Lacaille  4732   .... 
Weisse  (2)  XI,  312  .    . 

j 
7-0 

8-7 

4  "    O/     J 

16  59.46 
17  '3-59 

*•  y 
65-3 
69.0 

3 

3 

\       3"   •' 

2-949 
3.226 

/    jV-  u 

—  26  ii  27.  7 
+  31  46  36.6 

/**  * 

71-3 
62.8 

3 

2 

—    19.  70 
19.70 
19.71 

4859 

Weisse  XI,  284    ... 

7-6 

17  33-59 

64.  2 

7 

3.084 

+     2  5'  53-i 

65.2 

2 

19.  71 

4860 

Lacaille  4735   .... 

7-3 

17  42-39 

63-3 

3 

2.  910 

-   33  3i     3-2 

70.0 

4 

19.72 

4861 

4862 

O.  Arg.  S.  11370  .    .    . 
80  Leonis           .            . 

8.0 
6  ; 

ii   18  21.  93 
1  8  38.  30 

65.2 

CQ     2 

2 
2 

+    2.954 
3OO2 

-  26     6    6.3 

1                 A        -J7       CO       T 

71-3 

fiC      -3 

2 

-    19-73 

4863 

Weisse  XI,  318    .    .    . 

•  j 
7.0 

18  51.36 

jy-  • 

59-7 

2 

,  \j\yt. 

3-017 

4  J/    i>u-  * 
-  12  58  55-9 

"J-  0 

69-3 

4 

2 

!9-  73 
'9-73 

4864 

Weisse  (2)  XI,  340  .    . 

8.0 

18  52.50 

59-3 

2 

3-  '64 

-j-    21     10      6.4 

69.4 

2 

•9-73 

4865 

O.  Arg.  S.  11374  .   .   . 

8.2 

18  53-50 

66.8 

2 

2-959 

-    25     15    36.4 

70.3 

2 

19-74 

4866 

B.  A.  €.3892    .    .    .    . 

6.2 

ii   19     3.01 

62.  i 

3 

+  3-  'i2 

+    9  25  46.  i 

62.6 

4 

-  19-74 

4867 

Weisse  (2)  XI,  344  .    . 

8.0 

19     6.52 

60.0 

5 

3-  '64 

+    21     I?    23.2 

62.8 

2 

19.74 

4868 

Riimker  3575   .... 

9-5 

19  n.  18 

64-3 

2 

3-  152 

+  18  37  35-5 

73-6 

3 

19.74 

4869 

83  Leonis  (1st*)  .    .    .    . 

7-  i 

.    19  39-91 

64.1 

8 

3.088 

+     3  46  34.  8 

67-3 

3 

19-75 

4870 

83  Leonis  (2d*)    .... 

8.0 

19  40.88 

64.1 

8 

3-087 

-f     3  46  10.  o 

68.8 

2 

'9-75 

4871 

Lacaille  4746   .... 

7-2 

n   19  55.40 

70-3 

2 

+  2.894 

-  37  23  18.9 

70.8 

2 

-  19-75 

4872 

O.  Arg.  S.  11394  •    •    • 

8-3 

20  23.  68 

64.  2 

2 

2-974 

-  23     2  46.  8 

70.4 

2 

19.76 

4873 

4874 

Lacaille  4749   .... 
r     Leonis  

6-7 
4.0* 

20  41.  92 

2O  44   2C, 

63-4 

67.  o 

?I 

2.965 
3.086 

-  25     5  3i-4 

_|_          7      1*7     ?6     O 

64.8 

eg    7 

2 
2 

19.76 

In    7f> 

4?75 

B.  A.  C.  3901    .... 

6.0 

**    t*T"  *"J 

20  44.  55 

69-3 

j 

4 

3.068 

I            J     J/      JWl  v 

-    o  55  47.9 

j"-  j 
68..  3 

2 

19.  70 
19.76 

4876 

Weisse  XI,  349    .    .    . 

7-3 

u  20  45.  14 

66.6 

10 

+  3-oS6 

+     3  36     4-6 

7i-3 

2 

-    I9-76 

4877 

B.  A.  C.  3902    .... 

7.0* 

20  45  .  69 

60.3 

4 

3-124 

+  12  44  37.9 

54-3 

3 

19.76 

4878 

B.  A.  €.3903    .    .    .    . 

6-3 

20  53.  58 

72.3 

3 

3.072 

-     o     7  38.2 

68.8 

2 

19.77 

4879 

M.  Z.9,44    

7-i 

21     6.  54 

64.  2 

2 

2-9'S 

-  34  46  45.  7 

69-3 

2 

19.77 

4880 

Lacaille  4753    .... 

6.0 

21     8.48 

63-3 

2 

2.917 

-  34  '33  33-  3 

68.3 

2 

19.77 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


I25 


Number. 

Name  of  Star. 

Magnitude. 

I 
Mean  Right 
Ascension, 
1  860.0. 

i 

V 

>* 

5 
?, 

£ 

o 

*0 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

J 

rt 

£ 
s 

1 

t*4 

O 

o 
Z 

Annual 
Precession, 
1860. 

h.  m.       s. 

s. 

0          /           // 

// 

4881 

Weisse  XI,  365    ... 

6.4 

ii   21   14.  39 

66.8 

2 

+  3-°86 

+     3  33  21.8 

70.3 

2 

—   '9-77 

4882 

O.  Arg.  S.  11410  .    .    . 

7.0 

21  25.66 

64.  2 

3 

2-977 

-  23    3  19.7 

70.0 

3 

'9-77 

4883 

Lalande  (F)  1878    .    . 

6.0 

21    46.77 

76.3 

3 

4.629 

+  81  53  5'-5 

71-4 

4 

19.78 

4884 

B.  A.  0.3909    .... 

5-8 

22    14.  66 

66.8 

2 

3.072 

-     o    4  42.  o 

69.8 

2 

19.78 

4885 

li.A.  C.  3911    .... 

6.8 

22    25.  90 

60.  5 

5 

3-  '<>4 

-(-       8    22    17.  2 

69.7 

3 

19.79 

4886 

DM.  +  72°,  537-    •    • 

9.0 

ii  22  38.  99 

65.1 

5 

+  3-749 

+    72    13    26.  2 

65.2 

2 

-  '9-79 

4887 

Lacaille  4758   .... 

6.6 

22    41.  82 

64-3 

2 

2.  960 

-  27  15  34-3 

72.3 

3 

19.79 

4888 

Weisse  (2)  XI,  416     . 

6.5 

22   43.  84 

68.3 

2 

3.246 

+  38  43  32.  8 

46-3 

2 

19.79 

4889 

Weisse  XI,  390    .    .    . 

8.  i 

22    47.  36 

64.  2 

2 

3.087 

+     3  58  40-  8 

68.3 

3 

19.79 

4890 

Lacaille  4760   .... 

6.Q 

22  53-39 

66.8 

2 

2.906 

-  37  4'     9-  i 

68.3 

2 

19.79 

4891 

58  Ursa:  Majoris    .... 

7.0 

II     22    55.81 

62.3 

2 

+    3-280 

+  43  56  28.  6 

67.9 

2 

-  '9-79 

A%n? 

/I     Draconis 

-!.  f* 

23     2.  99 

52.  2 

II 

3.665 

-(-70    6  ii.  4 

67.0 

16 

19.80 

4°9J 

A  So  7 

V      Leonis               .        .    . 

J     J 

4.  ?* 

2T,      Q.  73 

6l.7 

9 

3.064 

•      2    13    54.8 

62.3 

4 

19.80 

4°9j 

/iSfM 

86  Leonis                            . 

"     J 

S.  5* 

j      y   i  j 
23   IO.  44 

65.3 

3 

3.  146 

-f-    19    10  49.  2 

56.3 

3 

19.  80 

4  "94 

4895 

O.  Arg.  S.  11438     .    . 

J     3 

6.5 

23  23.57 

63-9 

3 

2-973 

-  25     i  37-6 

64.0 

3 

19.  80 

4896 
4897 

Weisse  XI,  403    ... 
Lacaille  4766   .... 

7-7 
6.6 

I'    23  43.35 
23  55.  10 

65.0 

64.  o 

3 

3 

+  3-05° 
2.905 

•    5  56  50-  3 
-  38  27  51.8 

69-3 
65.0 

2 

3 

—  19.81 
.19.81 

4898 

O.  Arg.  S.  11444     •    • 

7.6 

24    3-55 

64.  2 

3 

2.974 

-  25     7  40.  6 

67-3 

2 

19.81 

A  SoO 

Anonymous 

Q.  O 

24     6.  91 

66.3 

2 

2-954 

—   29   29   20.  I 

73-  3 

2 

10.81 

4°yy 
4900 

O.  Arg.  S.  11446  .    .    . 

y* 

7-5 

24     7.61 

64-3 

2 

2.  961 

—    28      I    28.  I 

70.8 

2 

19.81 

4901 

B.  A.  C.  3917  .... 

7-3 

II  24  II.  38 

63.7 

7 

+  3-086 

+     3  So    5-' 

75-o 

3 

-  19.81 

4902 

Riimker  3615   .    .    .    . 

6.0 

24  13-05 

60.  o 

4 

3-  '42 

-4-    l8   31    22.0 

59-3 

3 

19.81 

49°3 

Weisse  XI,  412    .    .    . 

8.2 

24  26.  54 

59-3 

2 

3-103 

+     8  38    8.  8 

73-4 

i 

19.81 

4904 

Lalande  21902     .    .    . 

6.5* 

24  43-22 

77-  i 

4 

3.227 

+  37     '   '3-7 

66.0 

3 

19.82 

4905 

B.  VI,  +  o°,  2799   .    . 

9-2 

24  45.  28 

65.4 

3 

3-075 

-f    o  46  46.  5 

65-3 

i 

19.82 

4906 

B.  A.  C.  3920  .... 

6-5 

1  1  24  49.  48 

64.8 

2 

+  3-052 

•    5  4'  43-  2 

69-3 

2 

—  19.82 

4907 

Weisse  XI,  421     .    .    . 

9.0 

25     o.  72 

76.3 

2 

3.048 

•    6  So  39-  3 

70-3 

2 

19.82 

4908 

Lalande  2191  1      .    .    . 

8.0 

25     7-  97 

67.3 

2 

3-073 

+      0    21    50.4 

68.8 

2 

19.82 

4909 

B.  A.  C.  3921  .... 

6-5 

25  20.  01 

62.6 

4 

2.963 

-    28    29  46.  2 

64.8 

2 

'9-83 

4910 

B.  A.  C.  3922   .... 

6.2 

25  20.45 

62.7 

3 

2.963 

-  28  29  38.  o 

64.8 

2 

19.83 

49" 

Weisse  XI,  429    .    .    . 

8.6 

n  25  26.  17 

64.  2 

7 

+  3-079 

+     2    6  52.  8 

66.8 

2 

-  19-83 

4912 

Lacaille  4773  .... 

7-7 

25  35-47 

67.0 

3 

2.964 

-   28   22      9.  8 

72.0 

3 

19.83 

4913 

B.  A.  C.392S    .    .    .    . 

6.0 

25  40.  60 

59-4 

2 

3-047 

•    7     3  '5-9 

70.3 

2 

19-83 

4914 

Weisse  XI,  438    ... 

8-5 

25  5I-32 

63.  o 

4 

3-079 

+     2    3  34-  i 

66.8 

2 

19.83 

4915 

B.  A.  C.  3926    .... 

5-5 

25  58.99 

63.0 

3 

2.956 

—  3°  l8  52-7 

70.8 

2 

19.83 

4916 

B.  A.  €.3927    .    .    .    . 

4-8 

ii  25  59.67 

73-3 

4 

+  2.908 

-  39  39  57-0 

68.8 

2 

-  '9-83 

4917 

Lacaille  4777  .... 

6-7 

26     1.23 

63.1 

6 

2-932 

-  35  26    7-6 

72-3 

3 

19.84 

4918 

B.  A.  0.3928   .    .    .    . 

4.4 

26     7.31 

63.0 

3 

2-953 

-  3'     5    0.7 

73-o 

5 

19.84 

4919 

Weisse  XI,  446   ... 

8.0 

26  18  48 

63.6 

2 

3-  102 

+    8  45  10.4 

69-3 

2 

19.84 

4920 

Lamont  3373    .... 

9.0 

26  20.61 

67.3 

2 

3-079 

+     2    7 

19.84 

126 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

1_ 

rt 

B 
>» 

c 

rt 
U 

S 

1 

IM 

O 

O 

^ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 
1] 
>* 

i 

V 

s 

uj 

O 
O 
O 

Annual 
Precession, 
1860. 

h.   m.      s. 

s. 

o       /       // 

• 

// 

4921 

Lalande  21947     .    .    . 

6.  I 

1  1  26  28.  97 

69-5 

5 

+    3-222 

+  37  35  26.  8 

47-6 

3 

-  19.84 

4922 

Weisse  XI,  450    .    .    . 

7-2 

26  30.  56 

66.8 

2 

3.052 

5  45  49-9 

68.3 

2 

19.84 

4923 

B.  A.  C.  3929    .... 

5-5 

26  48.  37 

68.9 

3 

2.9II 

-  39  48  52.9 

68.8 

2 

19.85 

4924 

Rumker  3636  .... 

8.0 

26  51.06 

59-8 

2 

3-  126 

+  '5  39  59-8 

56.0 

3 

19.85 

4925 

Weisse  (2)  XI,  490  .    . 

9.0 

26  51.  96 

60.  3 

2 

3-153 

+  22  47  47.  4 

55-3 

2 

19.85 

4926 

O.Arg.N.  11873     .    . 

8-5 

ii  26  59.  82 

64.9 

5 

+  3-649 

+  71  34  3'-o 

7i-4 

2 

—  19-85 

4927 

Weisse  XI,  462    ... 

7.0 

27  14.  13 

6,.  7 

2 

3.056 

-    4  45  1  6.0 

56-3 

2 

19-85 

4928 
4Q2Q 

M.Z.  247,59    •    •    • 
M.Z.  2T5,  6  . 

6.7 
6.  q 

27  26.  14 

27    28.  34 

64-3 
64.  <; 

2 
•> 

2.911 

2   n?7 

—  40  22  52.  7 

—   ?e    2$  4Q    3 

70-3 

72    3 

2 

19.85 
10  8c 

^y    y 
493° 

Weisse  XI,  466    ... 

**"  y 

8.7 

"/    ***•  ^t 

27  3*-56 

T"   J 
6l.7 

J 
2 

vo  / 

3.056 

Jj      j  tryt  j 

•    4  49     1-5 

/  •"••  j 

55-3 

2 

iy.  o^ 
19.86 

493' 

Weisse  XI,  468    ... 

8.0 

ii  27  36.94 

59-8 

2 

+  3.058 

-    4  10  51.3 

55-3 

2 

-    19.86 

4932 

Weisse  (2)  XI,  509  .    . 

6-5 

27  45-  27 

65.7 

3 

3-145 

+    21     12    53.2 

60.8 

2 

19.86 

4933 

4.O  "1  4. 

Weisse  (2)  XI,  511  .    . 
2     Dracoms 

9.0 

C     C 

27  45-48 
27  48.  06 

59-3 

72    "? 

2 

3-  129 
3  c8o 

+   16  47     3-2 
+  7o     6     3o 

72.8 

71    8 

2 
IO 

.      19.  86 

jq  gg 

"fry  Jf 

4935 

Lacaille  4789   .... 

J  •  .) 

6.7 

28     5.54 

/  *"  j 
64.2 

2 

o-  y**y 
2.968 

fv    *-*    j'  y 

-  29  15  30.  5 

/I.  O 

68.3 

2 

19.86 

4936 

Lament  1163    .    .    .    . 

9.0 

1  1  28    6.  42 

64.9 

3 

+    3-053 

•    5  43    8.  2 

68.3 

2 

-   19.86 

4937 

Lacaille  4792   .... 

6-5 

28    20.  46 

66.8 

2 

2-944 

-  34  50  18.  7 

68.8 

2 

19.87 

4938 

Weisse  (2)  XI,  526  .    . 

9.0 

28  29.  59 

68.3 

2 

3-  142 

+  20  52  43.  i 

63.  2 

2 

19.87 

4939 

Weisse  XI,  488    ... 

9.0 

28  33-58 

65.8 

2 

3.028 

-  13  41   16.  2 

62.8 

2 

19.87 

4940 

Weisse  XI,  495    .    .    . 

8-5 

28  52.06 

65.8 

2 

3.098 

+     87  21.6 

71-4 

2 

19.87 

494  « 

B.A.C.3937    •    •    •    • 

6.0 

ii  28  55.55 

66.3 

2 

+  3-  '70 

+  28  33  !6.6 

60.3 

4 

-    '9-87 

4942 

Weisse  (2)  XI,  534  .    . 

8.0 

28  56.88 

65.8 

2 

3-I&7 

+  27  44  56.  5 

68.3 

2 

19.87 

4943 

Weisse  (2)  XI,  539  .    . 

8.0 

29    7.  60 

65.8 

2 

3-  '59 

+  25  48  14.3 

68.8 

2 

19.87 

4944 

O.  Arg.  N.  11901     .    . 

9.0 

29    10.  22 

67.8 

5 

3-6o3 

+  7>   19  46.0 

70.3 

2 

19.88 

4945 
4046 

B.  A.  C.  3940    .... 
6     Crateris     

7.0 
e   o 

29    22.33 

II         2O        3d.       87 

60.8 

6Q      1 

2 

•I 

3-094 

+     1    OAA 

+     6  53     6.  i 

Q            J       42      O 

60.9 

66.  8 

5 

19.88 
in    8X 

^  j^ 
4947 

DM.  +  i°,  2591  .    .    . 

j-  w 
9-5 

*y    OT"  vi 

29  37-39 

wy-  j 
64.  O 

J 

3 

J'  **W 

3.076 

+       I    28 

—    19.  oo 

19.88 

4948 

Lacaille  4802   .... 

6.5 

29  40.  92 

63-3 

2 

2-947 

-  35  20  51.4 

68.3 

•> 

19.88 

4949 
495° 

Lacaille  4805    .... 
v     Leonis  

7.0 
4  8 

29  44-41 

2Q    46    80 

66.6 
61.6 

3 

72 

2-954 

3O72 

-  33  52  36.  5 

—      O       1       37 

68.8 
61  ? 

2 

19.88 

19.  88 

495  > 

Weisse  (2)  XI,  556  .    . 

if.   u 

8.0 

"y    f**'  *  y 
I  I     29    52.  06 

"O 

66.3 

/ 
2 

•  w/  " 

+  3-  167 

'      J      J-  / 

+  28  32  55.6 

Ul.  j 

67.3 

-> 

-  19.88 

4952 

DM.  +  71°,  581  .    .    . 

9.0 

30       5.82 

69.  2 

5 

3-584 

+  7i   "6 

19.89 

4953 
4.01:4 

M.Z.  235,9.    •    •    •    • 
Anonymous  .... 

7.6 

7    Z 

30  10.  48 

1O   21    72 

66.8 

6d    2 

2 
2 

2-955 

2    OCd. 

-  34  48  39-  3 

-JA    27    /lS    1 

71-3 

fio  /i 

2 

19.89 

I  n    8n 

^^j^ 
4955 

Lacaille  4814   .    .    .    . 

/  •  j 

7.0 

jw   .   i  .  i  *. 

3°  39-  23 

wij.  *. 
64.8 

2 

•*  yjT- 

2.936 

j*t    *•  i    *t-0>  3 

-  38  35     3-  4 

uy.  q. 

68.5 

4 

19.  09 
19.89 

4956 

59  Ursre  Majoris    .... 

5-5 

ii  30  52.  19 

65.8 

2 

+  3-  238 

+  44  24    4.  8 

58.8 

2 

-     19.89 

4957 

Lalande  22059     •    •    • 

5.8 

31     8.  39 

68.3 

2 

3-187 

+  34  24    4.6 

47-3 

2 

19.90 

4958 

Weisse  (2)  XI,  591  .    . 

8-3 

31   10.  16 

64-3 

2 

3-I36 

+  20  52  30.4 

56.8 

2 

19.90 

4959 

B.A.C.3955    .... 

5-5 

31   '4-73 

47-3 

2 

3.067 

i  39  42.  7 

69.2 

2 

19.90 

4960 

O.  Arg.  S.  11531  .    .    . 

8.5 

31   17.02 

64-3 

2 

2-995 

-  24  48  54.  4 

73-7 

3 

19.90 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


127 


Number. 

1 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

U 

• 
B 
>* 

G 
rt 

D 

X 

1 

IM 

O 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

3 
x 

C 
rt 
V 

"£, 

1 
^5 
o 

Annual 
Precession, 
1860. 

h.  m.     s. 

s. 

0           /          // 

// 

4961 

M.  Z.  251,37     ,    .    .    . 

9-  I 

ii  31   18.  54 

64-3 

2 

+  2.995 

-    24    50   38.  2 

70.3 

2 

-  19.90 

4962 

Anfyi 

Weisse(2)XI,6oo  .    . 

8.0 

S-  S* 

31  24.82 

11    -J7.  SO 

59-3 
65.7 

2 

3 

3-  H6 
3.036 

+  24    6  16.  2 

-    12    25    55.9 

64.8 
54.  3 

2 

3 

19.90 
19.  90 

^ry^j 

4964 

Weisse(2)XI,6o8  .    . 

J      J 

7-8 

j      jj  jy 
31    36.46 

68.3 

2 

3-125 

+  '7  52  38.6 

61.8 

2 

19.90 

4965 

Lacaille  4824   .... 

7-5 

31   46.  48 

67.0 

4 

2.941 

-  38  28  17.9 

72.8 

2 

19.90 

4966 

Weisse  XI,  548   ... 

7-2 

II    3I    51.65 

60.8 

2 

+  3-  °92 

+     6  50  15.2 

54-3 

3 

-  '9-9' 

4967 

Lacaille  4825    .... 

6.0 

31    54-15 

63.3 

2 

2-937 

-  39  3'  38-4 

68.8 

2 

'9-9' 

4968 

Weisse  XI,  553    ••• 

9-4 

32    6.  02 

64.  2 

5 

3-077 

+     '  44  47-  9 

67.3 

I 

19.91 

4969 

M.Z.  244,  92   .... 

7-8 

32  18.  17 

64.6 

3 

2-993 

-  26    4  10.  7 

70-3 

2 

19.91 

4970 

Weisse  XI,  558   ... 

9.0* 

32    22.  l8 

71.3 

3 

3.104 

+  I'     6  12.6 

7'-4 

2 

19.91 

4971 

Lacaille  4830  .... 

7-2 

II    32    27.78 

66.  i 

4 

+  2.944 

-  38  36  32.  3 

70.3 

I 

-  19.91 

4972 

Weisse  XI,  562    ... 

8.6 

32    35-30 

67.4 

2 

3.070 

-    o  39  50.  i 

C8.8 

2 

19.91 

4973 

Lament  1181    .... 

9-5 

32  37-79 

61.3 

I 

3-057 

5   '4 

19.91 

4974 

Lacaille  4833  .... 

7.6 

32  48.  58 

63.3 

2 

2.964 

-  34  12  24.8 

68.8 

2 

19.92 

4975 

Weisse  (2)  XI,  633  .    . 

8.0 

32  52.22 

61.6 

3 

3.'52 

+  26  55  49.  2 

56.3 

2 

19.92 

4976 

AQT7 

Weisse  (2)  XI,  637  .    . 

Anonymous                   . 

9.6 
Q  ; 

"  32  56-97 

•;•?      o 

59-3 

i 

+  3-  132 
T.oc.7 

+  20  55 

—       C     10    CO.  1 

^7.  1 

I 

-  '9-92 

IQ   Q2 

T-y/  / 

4978 

O.  Arg.  S.  11557  .    .    . 

y  j 

7-5 

OJ 

33     2.  50 

64.  2 

2 

j    j  / 
2.982 

j    *y  jy  j 
-  29  42   '3-5 

j  /    j 

71-3 

I 

yr  ym 
19.92 

4979 
4980 

Lacaille  4837  (ist*)    . 
Lacaille  4837  (2d*)     . 

6.5 
8-5 

33    3.58 
33    4-  92 

72.8 
69.3 

4 
I 

2.952 
2.952 

;—  37  '9  54-4 

68.3 

3 

19.92 

4981 

Carrington  1741    .    .    . 

8.7 

ii  33  13.24 

67.1 

2 

+  4-097 

+  81  21  21.3 

75-3 

i 

-    I9.92 

4982 

B.  A.  C.  3962    .... 

7-3 

33  '3-4' 

64.  I 

I? 

3-077 

+     '  43  41-9 

69-3 

4 

19.92 

4983 

B.  A.  0.3963    .    .    .    . 

5-8 

33  '5-86 

59-9 

2 

2.967 

-  33  58    9-  ' 

68.3 

2 

19.92 

4984 

M.  Z.  105,  95    .... 

6-9 

33  16.85 

64.2 

3 

2.990 

-  27  43  13.0 

64-9 

3 

19.92 

4985 

92  Leonis  

5-5* 

33  30.02 

60.2 

2 

3-134 

+  22    7  45-8 

62.  4 

2 

19.92 

4986 

61   Urs:e  Majoris   .... 

5-6 

u  33  40.18 

72.3 

4 

+  3-  '79 

+  34  59  33-  3 

57-7 

5 

-    I9-92 

4987 

Lacaille  4845   .... 

7-4 

•34  11.52 

62.3 

2 

2.991 

-  28  25  39.  9 

67.8 

2 

'9-93 

4988 

Weisse  XI,  592    .    .    . 

9.2 

34  17-15 

64.8 

4 

3.076 

+     '  43  4<-8 

69.0 

3 

'9-93 

4989 

Lacaille  4849   .... 

7-  i 

34  25.  70 

64.0 

3 

2.968 

—  34  49  39-  7 

7'-3 

2 

'9-93 

4990 

4.QQI 

Weisse  XI,  597    ... 
3     Draconis  ....... 

9.0 
6.0* 

34  31.22 

II    34.   VI  .  S4. 

64.8 
76.6 

4 
e. 

3-077 
-1-  3.  420 

+     '  46  16.  3 
4-  67  •?!  10.  7 

68.7 
77.6 

3 
4 

'9-93 

—    IQ.  Q"? 

^yy 
4992 

B.  A.  C.  3969  .... 

5-4 

OT    J  1  '  JT- 

34  44-  94 

63.6 

j 
3 

I      J   ^~y 
2.981 

1       v/     J*        v     / 

-  3'  43  '9-5 

/  O 

68.7 

3 

y    yj 

'9-93 

4993 

Riimker  3697   .... 

7-5 

34  48.  60 

68.2 

4 

3-135 

+  22  59  21.8 

56.0 

3 

'9-93 

4994 

Weisse  XI,  605    .    .    . 

9.2 

34  57.8i 

67.3 

2 

3-077 

+     '  47  '3-4 

70-3 

i 

19.94 

4995 

Riimker  3706  .... 

8.0 

35  26.84 

59-3 

2 

3-  '°4 

+    12    38    23.0 

56.6 

3 

'9-94 

4996 

Weisse  XI,  618   .    .    . 

9.0 

'  i  35  39-  9° 

59-2 

2 

+  3-058 

-    5  38  23.9 

54-3 

4 

-  '9-94 

4997 

Weisse  XI,  624   ... 

7-9 

36    9-75 

64-4 

16 

3-074 

+    °57  48.  ' 

66.9 

2 

19.95 

4998 

B.  A.  C.  3973    .... 

6.0* 

36  11-99 

59-8 

2 

3-  '99 

+  42  29  57.3 

53-2 

5 

'9-95 

4999 

B.  A.  C.  3974  .... 

6.0 

36  29.32 

62.8 

4 

2.971 

-  36  24  45.  8 

69.4 

3 

'9-95 

5000 

Weisse  (2)  XI,  708  .    . 

7.0 

36  29.  55 

61.3 

2 

3-135 

+  24  47  ".9 

66.9 

2 

19.95 

128 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

1 

1 
o 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

1> 

C 
rt 

v 

"b 
"o 
6 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

,, 

5001 

Rumker  3715   .... 

7-5 

1  1  36  33-  87 

59-3 

3 

+  3-  "3 

+  '75  54-5 

55-3 

2 

-  19-95 

5002 

O.  Arg.  N.  12020      .    . 

7-o 

36  39-  72 

64.6 

3 

3-544 

+  73  55  24-6 

65.3 

2 

'9-95 

3003 

O.  Arg.  S.  11610  .    .    . 

8.5* 

35  46.06 

62.  3 

2 

2-997 

-  28  54    5.  3 

71.4 

3 

19-95 

5004 

B.A.C.3975        .    .    . 

7-6 

36  46.  10 

63-4 

3 

3-058 

-    5  53  55-3 

64.8 

2 

'9-95 

5005 

Weisse  XI,  641     .. 

7-5 

36  58.  10 

60.6 

3 

3-037 

-  14  40  44.  9 

61.  i 

4 

19.96 

5006 

Lacaille  4867   .... 

7-5 

n  36  58.23 

63.0 

3 

+  2.998 

-  28  58  20.  o 

72.5 

6 

-  19.96 

5007 

Weisse  XI,  643    ... 

9-2 

37  20.75 

65-3 

3 

3-055 

7  18  34-5 

7O.  2 

2 

19.96 

5008 

Weisse  (2)  XI,  730  .    . 

8-5 

37  28.  13 

69-3 

3 

3-  177 

+  38  41  59-7 

65.7 

3 

19.96 

5009 

5OIO 

Weisse  XI',  646    ... 
£     Crateris 

7-9 

C      C 

37  29.58 

3  7    AO    7  2 

66.8 

2 

3.050 

7      QT  J 

7     2  37.  7 

T  7     1A     •>•?     C 

68.4 

f,K     A 

2 

19.96 

j 
5011 

Weisse  XI,  652    ... 

.5'  J 
9-2 

J/     f-'*  3*1 

ii  37  43-  18 

66.3 

2 

+    3-090 

'7  34  22.  5 
+     7  50     4-4 

uo.  4 
68.3 

2 
2 

19.  96 
-  19.96 

5012 

Rumker  3727   .... 

5-o 

37  57.84 

71.6 

4 

3-  106 

+   15     2  26.0 

68.8 

Z 

19.96 

5013 

Weisse  (2)  XI,  746     . 

8.0 

38    5.21 

65.0 

3 

3-  120 

+    20  40      5.  0 

55-3 

2 

19.96 

5014 

Weisse  XI,  662    ... 

7-4 

38  12.37 

62.8 

5 

3.090 

+     7  48  27.  9 

68.3 

2 

19-97 

5015 

Weisse  (2)  XI,  749  .  . 

6.8 

38  14-42 

62.0 

3 

3.166 

+  36  40  14.  3  ' 

57-o 

3 

19.97 

5016 

5OI7 

Lacaille  4877   .... 
Tr.  Z.  9,  1  1    

6.8 

7    2 

ii  38  27.58 

63.3 

2 
2 

+  2.968 

2    078 

-  39  44  24.  i 

65-3 

2 

-  19-97 

J       I 
5018 

Solo 

\     Ursoe  Majoris    .... 
v     Virginis     .... 

/  •  • 
4.0* 

4O 

38  38.  65 

•*8  IQ  76 

60.7 

6l    2 

7 

••  97° 
3-213 
3.  088 

36  5°  42.  5 
+  48  33  19-  4 

+        •7     rS     An    S 

57-1 

2 

6 

19.97 
19.97 

j     j 

5020 

Weisse  XI,  673    ... 

•  " 

8.0 

Ou    jy'  i 

38  59-50 

Uj.  i 
67.4 

2 

3-059 

7   *°  49-  ° 
5  Si  42.0 

5     3 

70.3 

2 
2 

19.97 
19.97 

5021 

Weisse  XI,  674    .    .    . 

8-5 

ii  39     1.07 

66.8 

2 

+  3-057 

6  59  31-2 

70.3 

2 

-  19.97 

5022 

Weisse  XI,  680   ... 

7-8 

39  10.  62 

67-3 

2 

3.067 

—     2  13  30.0 

69-3 

2 

19-97 

5023 

Lacaille  4881    .... 

7-8 

39  18.90 

66.8 

2 

3.010 

—    27    II     10.  2 

69.4 

2 

«9-97 

5024 

Lacaille  4882    .    .    .    . 

7-2 

59  20.  82 

63-4 

2 

2.991 

-  33  58  28.  5 

64.8 

2 

19.97 

5025 

DM.  +  24°,  2392     .    . 

9.0 

39  26.  66 

68.3 

2 

3-127 

+  24  45  16.  5 

63.3 

2 

19.98 

5026 

Rumker  3738  .... 

6-5 

ii  39  45.29 

61.5 

5 

+  3-  126 

+  24  29  52.0 

6i.s 

2 

-  19.98 

5027 

H.  A.  C.  3988    .... 

4.8 

39  50.07 

67.6 

3 

2-974 

-  39  44  16.4 

66.3 

3 

19.  98 

5028 

M.  Z.  251,44    .... 

9.0 

40      2.  28 

67.3 

2 

3-°'7 

-  25   12  27.8 

71.8 

4 

19.98 

5029 

Lacaille  4886   .... 

5-4 

40    5-  97 

64.6 

3 

2.990 

-  35     7  42.6 

72.4 

3 

19.98 

5030 

Weisse  (2)  XI,  785  .    . 

7-8 

40  13.26 

59-3 

2 

3.  116 

+  20  48  37.0 

55-3 

2 

19.98 

5031 

Riimker  Nach  XI,  31  . 

9.2 

ii  40  14.  72 

65-3 

2 

+  3-  '04 

+  '5  21  25.2 

70.3 

3 

-  19.98 

5032 

Lacaille  4890  .... 

7-o 

40  16.  06 

63.6 

4 

3.007 

-  29  30     i.S 

64.8 

2 

19.98 

5033 

O.  Arg.  S.  11656  .    .    . 

7-3 

40  1  6.  49 

69-9 

8 

3.018 

-  25  n     2.9 

69.3 

3 

19.98 

5034 

5035 

O.  Arg.  S.  1  1665  .    .    . 
A1  Virginis     ... 

8-3 

C     C* 

40  38.  57 
40  4  "I.  20 

77-3 
70  o 

2 
2 

3.018 

-  25  n  52.4 

70.3 

2 

19.98 

5036 
5037 

Weisse  (2)  XI,  793      . 
93  Leonis   

J'  J 

8.8 
c  8 

n  40  45.08 

/u.  y 

3 

+  3-"5 

31  I  C 

+    91  24.  9 

+    21       I      2.6 

71.4 

57-3 

3 

2 

19.99 
-  19.99 

5038 

Anonymous  .    .    . 

j'  w 

9c 

4O    C_4.  78 

f)4        ft 

•  "5 

+  20  59  48.  5 

57-3 

'  2 

19-99 

5039 

B.A.C.3992    .... 

•  J 

6.0 

41  26.34 

04.  y 
59-3 

2 

3.  101 

—     7  21     9.  5 

+  IS     3  43-  i 

7°-3 
67.8 

3 

2 

19.99 
19.99 

5040 

M.  Z.  235,  16    .    .    .    . 

6.9 

41  37.82 

64-3 

2 

2.996 

-  35  12  31-7 

69-3 

2 

19.99 

U.  S    NAVAL  OBSERVATORY,  1845  TO  1877. 


129 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

jj 

X 

C 

• 

<u 

•s, 

1 

IM 

O 

6 
Z 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

tj 
• 

S. 

S 

2 
o 

'B 

o 
2 

Annual 
Precession, 
i860. 

h.  m.      s. 

s. 

0          /           // 

// 

5041 

B.  A.  C.  3994  .... 

6.0 

II  41  41.  15 

69-3 

3 

+  3-O20 

—  25  58  18.  2 

68.3 

2 

—  '9-99 

5042 

Weisse(2)XI,8i2  .    . 

8.2 

41  46.  20 

68.0 

4 

3.10: 

+  15  17     3-4 

74-3 

3 

19.99 

S°43 

CQAA 

Weisse(2)XI,8i5  .    . 
$    Leonis  

7-4 

2    S 

41  48.28 

41    5C.O4 

62.7 
58.  i 

2 
150 

3-  I04 
3-  101 

+  16  54  35.6 

+    15    21    17.  I 

59-3 
53-4 

3 
58 

19.99 
19.  99 

jw*Ht 

5°45 

cod.6 

B.A.C.3997    .    .    .    . 
Anonymous           .    .    . 

J 

6.8 

Q.  8 

•t  •    j  j    v*t 
42      0.75 

I   I       42      3O.    O6 

J 

60.3 
71.  3 

3 
i 

3-  104 
+  3-  IO2 

-)-    17      I    22.6 
-f    15    17      0.2 

60.0 
68.3 

3 
i 

19.99 
-  19.  99 

jv-"r1-' 

5°47 

COJ.8 

Weisse  (2)  XI,  838  .    . 

7'  M 

9.0 

1     C 

42   51.90 

43  24.  i  6 

/      j 
59-8 

CO.  Q 

2 
17 

3-  1  06 

3-  076 

+   18  39  47-  6 
+     2  33  14.0 

55-8 
58.5 

2 

5 

19.99 
20.00 

j*-'^*"* 
5049 

CCKO 

B.  A.  C.  4003    .... 
M  Z  242  4          ... 

3    J 

6.6 

7    S 

43  33-  '3 

4?     -2-!.  At 

j  7*  y 

62.7 
64.8 

3 

2 

3.024 
3.  ooo 

--  26  30     1.5 
—  36  54     7.0 

66.4 
70.  6 

2 

5 

20.00 
20.  oo 

y*y 

5°si 

Lacaille  4906   .... 

/    J 

6.7 

^J    JJ    ^J 
1  1    43  40.  22 

63.0 

3 

+  3-012 

-  32  21  47.2 

67-9 

2 

-  -  20.  01 

5052 

Lalande  22357     .    .    . 

6.9 

43  48.  83 

68.3 

2 

3-  H5 

+  37  36  48-  7 

47-3 

2 

20.  01 

5053 

B.  A.  €.4006    .... 

6.4 

43  52-85 

62.4 

6 

3.064 

•    4  33  19-  i 

68.  i 

3 

20.  01 

s°54 

Lacaille  4909  .... 

6.7 

44     o.  64 

62.6 

4 

3.026 

-  26  18    6.5 

68.9 

2 

20.  01 

s°5s 

Weisse  XI,  758   ... 

7-3 

44     1.96 

69.7 

3 

3-  °6o 

7  '2  43.7 

69.4 

2 

20.  01 

5056 

M.  2.8,38    

7-6 

ii  44    8.  67 

66.8 

2 

+  3-°°4 

—  36    9  27.  2 

67.3 

2 

20.  01 

5°57 

Carrington  1762  .    .    . 

8.0 

44  33-  64 

62.5 

4 

4-789 

+  86  59  59.  i 

59-8 

6 

20.01 

5058 

B.  A.  C.  4009   .... 

6.7 

44  37-  22 

73-o 

4 

3-021 

-  3°    2  44.  3 

67-3 

2 

20.  OI 

5°59 

Groombridge  1830  .    . 

6.5 

44  S6-48 

67.8 

II 

3-'43 

+  38  43     '-7 

63.7 

«4 

2O.  OI 

5060 
506  1 

Weisse  XI,  773   ... 

8.4 

Q.  Z 

45     6.  18 
1  1  AC     6.  47 

65-3 
67.  i 

2 
2 

3-094 
4-  •?.  064 

+  '4  IS  57-7 
5  30  15.  7 

7i-3 
71.4 

2 
I 

2O.  OI 
—  -   2O.  OI 

5062 

M.  Z.  242,  6  

7*  J 

7-5 

*      f  J          V.  t^J 

45  12.62 

v/  -  j 
64-3 

2 

^               J.     wwtf 

3.007 

-  36  58  24.  2 

66.3 

2 

2O.  01 

5063 

B.  A.  0.4014    .... 

7.0 

45  33-  '8 

60.3 

2 

3.096 

+  16  13     2.  i 

53-2 

5 

2O.  O2 

5064 

Weisse  XI,  785    ... 

7-4 

45  44-05 

65-3 

9 

3-093 

+    14    12      I.  2 

65-3 

2 

20.  O2 

5065 

M.Z.6,38    

7.8 

45  44-26 

69.8 

7 

3.008 

37  33  38-  6 

71.8 

4 

2O.O2 

5066 

B.  A.  0.4015    .... 

5-° 

ii  45  50.62 

7i-3 

4 

+  3.018 

-  33     7  45-5 

73-9 

6 

—   2O.  O2 

5067 

Weisse  (2)  XI,  889  .    . 

8.0 

45  58-46 

59-3 

2 

3.098 

+  '7  37  42-5 

55-2 

6 

2O.  O2 

5068 

B.  A.  0.4016    .    .   .    . 

6.2 

46  23.  1  1 

71.0 

3 

3.018 

-  34  '7  I2-3 

69.6 

5 

2O.O2 

5069 

•y    Ursoe  Majoris   .... 

2-3* 

46  26.  84 

50.4 

75 

3.183 

+  54  28  22.  5 

49-6 

44 

2O.O2 

5070 

B.  A.  0.4020   .... 

7.0 

46  42.  60 

61.0 

3 

3.068 

2  59  45.3 

70.5 

3 

2O.O2 

5071 

B.  A.  0.4021    .    .   .   . 

7-5 

»  46  53-59 

69.4 

3 

+  3-080 

+    5  39  28.  2 

70.4 

4 

—  -   2O.  O2 

5072 

DM.  +  i°,  2625  .   .   . 

9-5 

46  54.  60 

63-3 

2 

3-074 

+     i     7  '5-6 

72.3 

i 

20.02 

5°73 

Lacaille  4930  .... 

7.0 

47     5-  3° 

64-3 

4 

3.019 

-  35  '2  45-5 

65-3 

2 

2O.O2 

5°74 

B.  A.  0.4023    .   .   .    . 

6.0 

47  24-59 

71.0 

3 

3-OI7 

—  36  58  20.  3 

66.3 

2 

20.03 

S°7S 

B.  A.  0.4024   .   .    .    . 

6.0 

47  35-26 

62.4 

2 

3-038 

-  24  56  15.5 

67.8 

2 

2O.O3 

5076 

B.  A.  0.4025    .    .   .    . 

7-3 

ii  47  40.70 

64.0 

7 

+  3-071 

o  39  38.4 

64.8 

2 

-    20.03 

5077 

65  Ursje  Majoris    ... 

7.2 

47  48.  02 

59-3 

2 

3-  "49 

+  47  "5  19-2 

60.8 

2 

2O.O3 

5078 

B.  A.  0.4028    .   .   .    . 

7.0* 

47  53-68 

59-3 

2 

3-I48 

+  47  H  54-4 

60.8 

2 

20.03 

S°79 

Lalande  22450     .    .    . 

6.2 

47  59-34 

68.3 

2 

3-  126 

+  37  S2  14-8 

47-o 

4 

20.03 

5080 

M.Z.  11,39      .    .    .    . 

IO.  O 

48  21.  61 

60.3 

I 

3.028 

-  32  40 

•   • 

I 

2O.O3 

AP  1  84 


130 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

g 

X 

rt 
<u 

s 

1 

•—  . 

O 

1 

Annual 
Precession, 
1860. 

Mean 
Declinatj/Mi, 
1  860.0. 

1* 

X 

rt 
D 

s 

2 

o 

"o 
d 

Annual 
Precession, 
1860. 

5081 

Lacaille  4939  .... 

6.9 

h.   m.      s. 
II  48  23.88 

62.8 

2 

s. 
+   3.042 

0          /             // 

-  24     4  49.  5 

68.8 

2 

// 
-  20.03 

5082 

DM.  +  1  1°,  241  1     .    . 

9.0 

48  3°-  59 

67-3 

2 

3-085 

+  u     8     1.6 

69.8 

2' 

20.03 

5083 

DM.  +  36°,  2222    .    . 

8.8 

48  32.00 

72.8 

2 

3.121 

+  36  13    3-0 

69-3 

2 

20.03 

5084 

B.  A.  C.  4032  .... 

6-5 

48  33.  28 

67.0 

3 

3-037 

-  27  41  50.3 

68.9 

2 

20.03 

So85 

Weisse  (2)  XI,  937     . 

6.7 

48  45.89 

62.3 

3 

3-  120 

+  36    7  13-9 

69.9 

2 

20.03 

5086 

B.  A.  C.  4034  .... 

6.0 

n  48  49.00 

6-3-8 

4 

+  3.019 

-  38  54  34-  S 

70-3 

2 

-  20.  °3 

5087 

Weisse  (2)  XI,  9,54     . 

7-5 

49     3-6i 

67.9 

6 

3-  "9 

+  36  13  37-  ' 

60.  7 

5 

20.03 

5088 

B.  A  C.  4036      .    .    . 

6.0* 

49  33-28 

76.6 

5 

3.188 

+  62  19  47.0 

73-6 

6 

20.  03 

5089 

Radcliffe  2768     .    .    . 

8.8 

49  39-  3° 

65.0 

6 

3-125 

+  4i     8    3.7 

67.4 

3 

2O.O4 

5090 

Radcliffe  2769     .    .    . 

7-3 

49  52.  17 

64.9 

7 

3-  124 

+  4i     4     3-3 

67.4 

3 

2O.O4 

5091 

B.  A.  C.  4037      .    .    . 

6.0* 

ii  49  57-53 

65-7 

3 

+  3-035 

-  32  32     3.6 

54-4 

4 

—    2O.  04 

5092 

O.  Arg.  N.  12195     •    • 

7.8 

49  57-  64 

65.8 

2 

3.187 

+  63     o  39.  5 

69.4 

2 

2O.  04 

S093 

Radcliffe  2771  .... 

7.2 

50     1.78 

64.9 

8 

3-123 

+  41     7  29.  7 

67.4 

2 

2O.O4 

S°94 

Lacaille  4948   .... 

7-3 

50  23.  80 

62.4 

2 

3-044 

—  26  16  27.  5 

64.7 

2 

2O.O4 

S°95 

Lacaille  4955   .... 

6.8 

5°  59-37 

63-5 

5 

3-045 

—  26  54  18.  o 

68.0 

4 

2O.O4 

5096 

DM.—  1°,  2598  .    .    . 

10.4 

ii  51  42.21 

64.4 

3 

+  3-071 

—      I    22 

-    2O.O4 

S°97 

B.  A.  C.  4042  .... 

6.0 

51  46.19 

67.6 

3 

3-050 

-  25     7  43-  2 

68.3 

2 

2O.04 

5098 

B.  A.  C.  4043  .... 

6.0 

5i  53-71 

65.8 

2 

3.073 

+     i  18  32.7 

66.4 

2 

2O.O4 

5°99 

Weisse  (2)  XI,  ion  . 

8.5 

5i  54-26 

59-2 

2 

3.094 

-j-  24  41   10.  8 

57-5 

5 

2O.O4 

5100 

Weisse  (2)  XI,  1013  . 

7.0* 

52    4.  88 

71.0 

3 

3-103 

+  33  55  48.  2 

75-3 

2 

2O.O4 

5101 

Lacaille  4967   .... 

7.6 

n  52  14.24 

62.3 

2 

i-  3-047 

-  29  16  53.4 

66.3 

2 

—    2O.  04 

5102 

Weisse  XI,  895    ... 

7-9 

52  24.  24 

64.  2 

9 

3-071 

—     i     8  16.  6 

63.3 

3 

20.O5 

S'°3 

Lalande  22565     .    .    . 

8.6 

52  35-4° 

69-3 

2 

3-  102 

+  34  44  27.3 

59.8 

2 

2O.O5 

5I04 
5105 

Lalande  22566     .    .    . 

6.0 

C.  C* 

52  45-55 

C2    4.6    6"? 

69-3 
6?    4 

2 

c 

3-  101 

1   O71 

+  34  48  45-  5 

_J_       A    26       ^4. 

70.4 
62  s 

3 

A 

2O.O5 

2O.  05 

5106 

B.  A.  C.  4050      .    .    . 

J    J 

6.0* 

J**    *tv>  "J 

II  52  54.63 

WJ.    4 

61.7 

j 
2 

J-  vt  j 

+  3-353 

~       «f   »  '       J-  t 

+  81  38    2.7 

\jf..  j 

71.7 

*T 

IO 

-    2O.  05 

5107 

Weisse  (2)  XI,  1035   . 

7-4 

52  57-  70 

68.3 

2 

3-103 

+  37  3°  33-o 

46.8 

4 

2O.O5 

5108 

Weisse  (2)  XI,  1037  . 

8.  i 

53    4-  9° 

68.3 

2 

3-  i°2 

+  37  3°  47-  2 

47.0 

3 

2O.05 

5109 

Weisse  XI,  908   ... 

9.0* 

53  I4-9I 

76.2 

2 

3.078 

+     8  43  25-  8 

70.3 

i 

2O.O5 

5110 
5111 

O.  Arg.  S.  11827  •    •    • 
Anonymous  

8.0 

8  7 

53  20.  23 

II    ^  3    3  1    24 

69-3 

68  4 

2 
2 

3.058 

+    1  062 

-  21     6     1.7 

—   I  r      c      o.  6 

57.3 
56.  3 

2 
2 

2O.05 
—    2O.  05 

5112 

O.  Arg.  S.  11828     .    . 

/ 

6.0* 

JO    O          ^ 

53  32-98 

WU.     If. 

69-3 

2 

J'  "*-'* 

3.058 

j      j 

-  21     3  27.7 

Jv<  O 

S7-i 

4 

2O.O5 

SH3 
5114 

Lalande  22585     .    .    . 
TT    Virginis     

6.0 

C.    o* 

53  33-69 

e-j  AT    80 

71.2 
60.8 

3 
g 

3.066 

•i   O77 

•    9  38  57-7 

-1-      7    21   4.1    4. 

7i-3 
<;?  o 

3 

•3 

2O.O5 
2O.  05 

5»5 

Weisse  XI,  921   ... 

J'  v 
8.2 

j  o  T-*  •  "y 
53  5I-04 

67.1 

6 

J1  "  /  / 

3.078 

I              /       **  J     *t          *T 

-f     8  41  42.  3 

jj'  v 

70.2 

J 

2 

2O.O5 

5116 

O.  Arg.  S.  11831  .  .    . 

7-7 

ii  53  51.60 

64-3 

3 

+  3.055 

-  25  42    2.9 

67.0 

3 

-    2O.O5 

5117 

B.  A.  C.  4055  .... 

7.0 

54    0.17 

71-4 

3 

3-075 

+    4  24  46.  9 

66.8 

2 

2O.O5 

5118 

Weisse  XI,  926   ... 

7-2 

54    3-46 

70-3 

3 

3.080 

+  13    9  25.2 

70.3 

2 

2O.O5 

5119 

Lacaille  4976  .... 

6.8 

54  15-97 

64.0 

6 

3.050 

-  33  16  14-2 

64-3 

2 

2O.O5 

5120 

Weisse  (2)  XI,  1066   . 

5-9 

54  29.02 

68.6 

3 

3.096 

+  36  49  29.  8 

47.0 

4 

2O.O5 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

1 

C 

1 

V- 

5 

1 

Annual 
Precession, 
1800. 

Mean 
Declination, 
1  860.0. 

M 

C 

a 

ij 

o 
"o 

6 

Annual 
Precession, 
1860. 

i     Comse    ....... 

6.0* 

h.  m.      s. 
II  54  33.  82 

59-7 

4 

s. 
+  3-o85 

0         /             // 

4-  22  52  25.  5 

53-  3 

3 

—  20.  05 

5122 

Lacaille  4979  .... 

6.6 

54  38-  94 

63.6 

3 

3-05I 

-  33  52  17-2 

68.8 

2 

20.  05 

5123 

67  Ursae  Majoiis   .... 

6.0 

54  59-37 

67.6 

6 

3-10° 

+  43  49  20.  2 

63.8 

6 

20.05 

5124 

Weisse  (2)  XI,  1079    . 

8.0* 

55    9-85 

76-4 

3 

3-°99 

+  43  55   13-6 

54-6 

3 

20.05 

5125 

O.  Arg.S.  11848  .    .    . 

8.8 

55  "2.36 

66.4 

2 

3-059 

—  25  39  30.  2 

69.8 

2 

20.05 

5126 

Weisse  (2)  XI,  1086    . 

7-5 

ii  55  21.  80 

76.4 

4 

+  3-098 

f  43  52  54-  i 

54-6 

3 

—  20.  05 

5127 

Weisse  XI,  944    .    .    . 

8.0 

55  24-74 

61.4 

i 

3.076 

+     8  51 

•    • 

20.05 

5128 

O.  Arg.  S.  11850  .    .    . 

9-0 

55  27- 

3-059 

-  25  35  10.  5 

72.9 

2 

20.05 

5129 

Lament  1096   .... 

8-5 

55  28.95 

68.3 

i 

3.067 

9  S6    0.7 

70.4 

3 

20.05 

5130 

Lamont  1097    .... 

8.4 

55  35-43 

68.3 

2 

3.067 

•    9  52  10.  2 

65-3 

3 

20.05 

5i3i 

Weisse  X,  947  .... 

9-° 

ii  55  35-45 

66.8 

6 

+  3-076 

4-     8  36  12.6 

64.6 

6 

—  20.05 

5132 

M.Z.  235,  20    .    .    . 

8.8 

55  38-26 

64-3 

3 

3-054 

-  35     7  49-° 

67.8 

2 

20.05 

S'33 

B.  A.  0.4063    .    .    .    . 

7.0* 

56  25.77 

60.  9 

3 

3.070 

—    4  41  58.  6 

54-3 

3 

20.05 

5134 

Lacaille  4993   .... 

6.0 

56  30.41 

64.8 

4 

3-056 

—  38  13  41-7 

68.7 

3 

20.05 

5I3S 

Weisse  XI,  963    ... 

9.0 

56  47.  80 

72.8 

6 

3-073 

4-     4     8  17.4 

71-3 

i 

20.05 

5136 

Weisse  (2)  XI,  mo   . 

7-5 

ii  56  51.  20 

59-2 

2 

+  3-079 

+  «9  35  Si-4 

56.6 

4 

-  20.05 

5'37 

Weisse  XI,  966   ... 

8-9 
6.0* 

56  54-97 
57    6.  24 

76.4 
60.  3 

2 
2 

3-073 
3-  °79 

4-     4    8  29.  i 

4-    22    14    19.  2 

73-3 
S3-2 

i 
5 

20.  25 
20.05 

5'39 

O.  Arg.  S.  11876  .    .    . 

7-5 

57  23-  10 

65.0 

3 

3-063 

-  30  24  27.  5 

66.3 

2 

20.06 

5140 

B.  A.  C.  4070   .... 

6.7 

57  36-  92 

62.  i 

26 

3.291 

4-  86  21  48.5 

69.8 

9 

20.06 

5141 

Weisse  XI,  980    ... 

8.4 

ii  57  45-55 

64.4 

8 

+  3-074 

4-     9  29  36.  2 

66.3 

2 

—  20.  06 

5142 

C1A-1 

Tr.  Z.  14,  32     .... 
o     Virginis     

7-6 

A,  A 

58    o.  93 
eg    4.  54 

68.3 
65.3 

2 

44 

3.064 

3-  °74 

-  33  25  46-3 
+     93°  39-  ° 

66.2 
65.1 

2 

9 

20.06 
20.06 

J  *^J 

5'44 

Lacaille  5013    .... 

t  .   -f 

6.0 

Ju        *T'   J*t 

58  45-42 

63-9 

3 

3.067 

-  34  54  54-  i' 

66.4 

2 

20.06 

5  '45 

Lacaille  5015   .    .    .    . 

6-5 

58  54-54 

61.3 

2 

3.068 

-  32  10  27.  7 

63.1 

3 

20.  06 

5146 

M.Z.  103,  113     ... 

8.0 

»  58  59-23 

67.4 

2 

+  3-069 

-  30  H  Si-5 

69-3 

2 

—  20.  06 

5H7 

Lacaille  5016  .    .    .    . 

7-o 

59    I-36 

65-3 

2 

3.068 

-  37  53  45-5 

66.3 

2 

20.06 

5148 

M.Z.  103,  114  .    .    .    . 

8-5 

59    9-12 

65-4 

I 

3.069 

—  3°  13  46-4 

69.3 

2 

20.06 

5«49 

O.  Arg.  N.  12337     .    . 

8.4 

59  31-44 

67-3 

2 

3.082 

+  75  27     2.  i 

67.6 

3 

20.06 

5150 

O.  Arg.  S.  11908  .    .    . 

6-5 

59  So-  94 

64-3 

2 

3.072 

—  22  59  18.  2 

69-3 

2 

20.06 

S'S" 

Weisse  XI,  ion  .    .    . 

7-4 

12      O      1.46 

63-3 

2 

+  3-072 

+    o    8  57.5 

66.8 

2 

—  20.06 

5152 

B.  A.  C.  4080    .... 

7.0* 

o    4.61 

60.  9 

5 

3.072 

5  59  12-9 

54-4 

3 

20.06 

5153 

Weisse  (2)  XI,  1190   . 

8.5 

o  14.25 

68.3 

2 

3-07I 

+  37  47  39-7 

65-3 

3 

20.06 

5154 

O.  Arg.  S.  11917  .    .    . 

9.0 

o  24.  24 

67-3 

2 

3-073 

-  30  37  38-  9 

70.3 

2 

20.06 

5155 

O.  Arg.  S.  11920  .    .    . 

6.0 

o  26.28 

70.3 

3 

3-  °73 

-  23  n   15.  5 

69-3 

2 

20.  06 

5156 

B.  A.  0.4081    .    .    .    . 

7-o 

12    o  26.  75 

68.3 

2 

+  3-071 

4-  14  17  46.7 

57-6 

5 

—  20.06 

5>S7 

Weisse  XI,  1023     .    . 

9-° 

o  32.81 

59-3 

3 

3-072 

+     7  32  51-2 

55-6 

3 

20.06 

5158 

Weisse  (2)  XI,  1206  . 

8.8 

0   54.  12 

60.8 

2 

3.070 

4-  24  28  53.  2 

58.3 

4 

20.06 

5>59 

Weisse  XI,  1030      .    . 

7.8 

I    1.98 

63-3 

5 

3.072 

-    3  30  28.  o 

65.4 

2 

20.06 

5160 

B.  A.  0.4088    .    .    .    . 

6-5 

I     7.  26 

61.0 

3 

3.076 

-  33  53  44-  o 

67.4 

2 

20.06 

132 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

(-. 
rt 

u 
>* 

1 

g 

A 

O 

tM 

O 
O 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.  o. 

)• 

rt 
<u 
>-. 

C 
ri 
QJ 

S 

A 

o 
"o 

0 

fe 

Annual 
Precession, 
1860. 

5161 

5.  •? 

h.   m.      s. 
12      I    1  1  .  qq 

7O.  7 

e 

s. 
~h  3-  °75 

0           /             // 

"  23  5°  51.0 

69.  9 

4 

// 
—  20.  06 

j 

5162 

Weisse  XI,  1033  .    .    . 

j  j 

7-8 

yy 

I    17.56 

/      / 
63.3 

j 
4 

3.072 

•     3  33  29-4 

65-4 

2 

20.  06 

5163 

M.  Z.  105,  107  .... 

8-3 

I    l8.  22 

76.6 

3 

3.076 

-  27  14  32.  2 

7'-3 

2 

20.06 

5i64 

M.  Z.  224,  7  

8.0 

I    52.  12 

68.0 

3 

3-°79 

-  32  18  21.  o 

68.9 

2 

20.  06 

5i65 

O.  Arg.  S.  11944     .    . 

8.5 

2    9-  13 

65.3 

I 

3.078 

--    27    12    13.4 

70.7 

3 

20.06 

5166 

2  1383  (ist*)      .    .    . 

7.6 

12      2    14.  41 

65.1 

5 

+  3-074 

—  II     4  18.8 

71.6 

3 

—   20.  06 

5167 

5168 

Z  1383  (2d»)      .    .    . 
10  Virginis 

9.0 
6.0 

2    17.65 
2    1O   02 

65.0 
6-!.  8 

4 
6 

3-075 
-?.  07  1 

-  ii     4  21.  8 

-t-      2   41       3.  4. 

71.6 
61;.  8 

3 

2 

2O.O6 
2O.  06 

5169 

Lacaille  5042   .... 

7.0 

*    J^*'  y" 
2   34-67 

"•'J*  ** 

62.3 

2 

O       /  * 

3.082 

1          *•    *t  *        o  •  t 

-   32  42  29.  6 

•_•  j     "-* 

66.8 

2 

2O.06 

5«7° 

Weisse  XII,  16    .    .    . 

8-5 

2   36.84 

69.3 

2 

3.070 

+     8  57  30.4 

58.3 

2 

20.06 

5171 

CI72 

B.  A.  C.  4095    .... 
1  1  Virginis         

6.0 
6.0 

12      2   49.  28 

2  ee.  is 

60.8 

6q.  ? 

2 

C 

+  3.  083 

"?.  O7O 

-  33  55  31-  i 

4-      6   3S      7.  q 

70-3 
?6.  o 

3 

3 

-   2O.  05 
2O.  O? 

3*/-5 

CT?-? 

£      Corvi         

4.0* 

jj     j 
2  ee.  77 

7  j 
62.  I 

J 
?•? 

O'      / 

3.  O"7Q 

i            oj      /    y 
—  21    SO  27.  q 

j 

S7.  4 

15 

VJ 

2O.  OS 

Jl  /  J 

5174 

O.  Arg.  N.  12397      •    • 

T*  v 

7.0 

j  j  t  / 

2    56.  64 

68.8 

JO 
2 

O         /  7 

3-  OO6 

j"    "  i  '  y 

+  75  26  24.  7 

J  /     ^ 

66.  3 

2 

J 

20.05 

5175 

Lacaille  5044   .... 

6.0 

3  15-81 

69-3 

3 

3.081 

-  24  10  47.7 

69.4 

3 

20.05 

5176 

CI77 

B.  A.  0.4098    .    .    .    . 
M.  Z.  3,  49    

6.0 

0.  O 

12    3  18.65 

3    3'.  22 

66.3 
60.  i 

2 
2 

+     3.087 

"?.  080 

-  37     5  24.  5 
—  39  47  19.0 

69-3 
67.  } 

2 
2 

—  20.05 
20.  o? 

j  *  /  / 

5178 

B.  A.  C-4IOO   .... 

y 

6.5* 

3  39-07 

y  j 

60.6 

2 

j        7 

3.061 

+  28    3  39.  i 

/      J 

55-9 

5 

J 

20.05 

5179 

Weisse  XII,  34    ... 

7-9 

3  52-87 

65.3 

2 

3.068 

+     9  29  44.  5 

65.8 

2 

20.05 

5180 

Weisse  XII,  49    ... 

8.4 

4   22.  II 

63.0 

4 

3.069 

+    8    8  56.  2 

63.8 

2 

20.05 

5181 
5182 

B.A.  C.  4104   .    .    .    . 
Lalande  (F)  2018    .    . 

7.0 
6.0* 

12     4  30.51 

4  37-22 

60.8 
62.3 

2 
2 

+  3-070 

2.868 

+     4  So    5-2 
+  82  29  23.  i 

66.9 
69.4 

2 
3 

—  20.  05 
20.05 

5183 

O.  Arg.  S.  11982     .    . 

6-5 

4  45-48 

67.3 

2 

3-085 

-  25     9  43.0 

72.3 

4 

20.05 

5184 

Weisse  XII,  S3    ... 

9.0* 

4  48.  88 

59-3 

2 

3.069 

+     6     7  16.  6 

56.  o 

3 

20.05 

5185 

Weisse  XII,  63    .    .    , 

8.0 

5     8.52 

60.3 

2 

3.068 

-f     6  39  12.9 

58.7 

4 

20.05 

5186 

Lalande  (F)  2025    .    . 

,       t 

12    5     9.22 

76.4 

I 

+    2.  844 

+  82  29  41.8 

70.4 

i 

-  20.  05 

5187 

4     (H)  Draconis  .... 

4-7 

5  35-44 

65.2 

7 

2.913 

+  78  23  39.  8 

65-4 

24 

20.05 

5188 

O.  Arg.  S.  11995      .    . 

7-9 

5  39-00 

64-3 

2 

3.092 

-  30  3'  35-6 

68.4 

2 

20.05 

5189 

Lacaille  5063  .... 

5.8 

5  57.83 

66.8 

2 

3.095 

-  33  20  48.  o 

71.6 

5 

20.05 

519° 

C  |QI 

Lacaille  5065   .... 
12  Virginis     

6.0 

C.  2 

6    8.56 
12    6  18.  06 

72.3 
6q.  6 

3 

7 

3.  ico 
4-  3.  o6<; 

-  38    9    o.  3 

-t-    1  1      2    29.  6 

7'-3 

72.  4. 

3 
4 

20.05 
—  20.  o< 

J  *SF* 

5192 

Lacaille  5066  .... 

st 
6.2 

6  21.  13 

if* 

69-3 

J 

II 

i    o  ""j 
3-096 

-  33     o  49-  7 

/  "*  *T 

67-3 

3 

J 

20.  05 

S'93 

Lacaille  5067   .... 

7.6 

6  26.  47 

62.3 

2 

3.091 

—  26  32  32.  3 

64.9 

2 

20.05 

5«94 

Lacaille  5071    .... 

7.0 

6  47.  29 

66.8 

2 

3.096 

-  31  36  28.  7 

65.8 

2 

20.05 

SI9S 

Weisse  XII,  91    ... 

9.0 

6  56.43 

61.3 

3 

3-068 

+     5  46  42.  3 

58-6 

4 

20.05 

SI96 

Groombridge  1860  .    . 

8.2 

12     7     1.72 

70-3 

4 

2.662 

+  84  16  54.  i 

66.8 

6 

-    20.  O5 

SI97 

Lacaille  5073   .... 

7.5 

7     2.56 

74-3 

4 

3-099 

-  33    o     1.5 

65.3 

2 

20.05 

SI98 

Lalande  22934     .    .    . 

7.0 

7    3-03 

68.8 

2 

3-045 

+  33  33  48.  5 

59-8 

2 

20.05 

5'99 

Weisse  (2)  XII,  144  . 

8.2 

.      7     5-i8 

68.8 

2 

3-045 

+  33  33  48.  2 

59-8 

2 

20.05 

5200 

Brisbane  3977  .... 

7.5 

7  51-44 

62.4 

I 

3-097 

—  28  27  29.  i 

77-4 

2 

20.05 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


133 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

S 

X 

c 
rt 
U 

s 

£ 

o 

"o 
o 
K 

Annual 
Precession, 
1860. 

I/lean 
Declination, 
1  860.0. 

Mean  year. 

1 

'o 

1 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /            // 

// 

5201 

Weisse  XII,  107  .    .    . 

7.0* 

12     7  58.37 

72.6 

4 

+  3.08° 

9  29  51.4 

71.8 

4 

—  20.04 

5202 

B.  A.  €.4122    .... 

6.0* 

8  26.07 

60.  3 

2 

2.929 

+  70  58  46.8 

54  3 

3 

20.04 

5203 

C2O4. 

(5     Ursx  Majoris    .... 
Weisse  XII,  114  .    .    . 

3-8 

8  28.71 
8  29. 

51.0 

7 

2-993 
3.081 

+  57  48  38-0 
-    9  29  38.  6 

62.4 
72.  i 

6 

3 

20.04 
20.  04 

j  *•*-"+ 
<!2CX 

y    Corvi     

3-  5 

8  36.  59 

64-3 

3 

3.087 

-  16  45  51.8 

60.  7 

3 

20.  04 

j*-^j 
5206 

Weisse  XII,  119  .    .    . 

9.0 

12     8  41.82 

59-2 

2 

+  3-065 

+     8  13  29.3 

55.8 

2 

—  20.  04 

5207 

M.  Z.  163,41     .... 

7-8 

8  44.96 

64.  2 

5 

3-097 

-  25  47    5-9 

66.3 

3 

20.04 

5208 
C2OQ 

O.  Arg.  S.  12037  .    .    . 

8-5 
9.0 

847-38 

8  48.  22 

64.  I 
64.3 

5 

2 

3-  100 
3-097 

-  28  50  43.6 
-  25  49     7.  7 

65.8 
67.7 

2 

3 

20.04 
20.04 

jA^y 
52IO 

Weisse  XII,  130  .    .    . 

8-3 

9  18.  69 

59-3 

3 

3.064 

+     8     7  58.9 

55-4 

2 

20.  04 

5211 

Weisse  XII,  131  ... 

8.8 

12     9  23.01 

76.8 

2 

+  3-o8i 

—     9  33 

-  20.  04 

5212 

B.  A.  €.4128    .    .    •    • 

5-2 

9  27.36 

68.3 

2 

3.035 

+  33  So  37-8 

67.8 

4 

20.04 

5213 

M.  Z.  163,42  .... 

6.9 

9  36-  '3 

64.  2 

4 

3.098 

—  25  49    7-  7 

66.8 

4 

20.04 

S2I4 

Weisse  XII,  144  ... 

7-9 

10  17.94 

68.5 

5 

3.064 

4-     7  22  49.  5 

62.5 

4 

20.04 

S2'5 

Weisse  (2)  XII,  199    . 

6.5 

10  27.02 

76.3 

i 

3-  037 

+  29  42  50.  8 

73-4 

I 

20.04 

5216 

Lacaille  5088  .... 

6.0 

12  10  29.  20 

62.9 

5 

+  3-  "5 

-  35  18  57-3 

65-3 

2 

—  20.  04 

5217 

Weisse  XII,  149  .    .    . 

8-3 

10  34.  80 

68.8 

2 

3-063 

+     8  26  34.  5 

55-3 

3 

20.04 

5218 

O.  Arg.  S.  12057  .    .    . 

6.9 

10  40.  45 

64-3 

3 

3-099 

-  23  14    7.5 

67.9 

2 

20.03 

5219 

Weisse  XII,  160  .    .    . 

9.0 

ii     o.  18 

60.3 

2 

3.065 

+     5  52  21.4 

62.1 

4 

20.03 

5220 

C22I 

Tr.  Z.  235,  14  .... 
13  Virginis     

8.4 
6.0 

ii   19.27 

12    II    29.  71 

66.8 
62.4 

2 

9 

3-  104 
+  3-072 

-  25  47  15.8 
-    o    o  30.  8 

70.8 
64.6 

5 

3 

20.03 
-  20.03 

J"*1 
$222 

Weisse  (2)  XII,  227   . 

8.0 

II    31.41 

66.0 

•3 

3.042 

+  23  53  53-7 

64.  i 

3 

20.  03 

5223 

Weisse  XII,  177  .    .    . 

9-4 

12    3-37 

6S.3 

I 

3.072 

-f-     o  10  51.  i 

70.3 

2 

20.03 

5224 

Weisse  XII,  179  .    .    . 

9.0 

12    3.60 

62.3 

2 

3.062 

+     7  47    5-8 

68.4 

2 

20.03 

522S 

Tr.  Z.  235,  15  .... 

S.o 

12    IO.  29 

65.3 

2 

3.  1  06 

-  25  19  34.0 

69-3 

2 

20.03 

5226 
C227 

Lacaille  5097  .... 
8     Coma;    

6-5 
6.0 

12    12    13.85 
12    14.  67 

69.6 
67.0 

3 
4 

+  3-  "6 
3.040 

-  3i  48  4i-3 
-f  23  48  44.6 

68.4 
54-4 

3 
3 

—  20.03 
20.03 

J-"/ 
5228 

Weisse  XII,  184  .    .   . 

8.2 

12    17.  28 

62.3 

2 

3.062 

-{-    7  46  ii.  6 

60.2 

5 

20.03 

5229 

Riimker,  3907  .        .    . 

8.5 

12    31.79 

62.0 

3 

3.064 

+     6  19  32.9 

56.7 

3 

20.03 

5230 

O.  Arg.  S.  12082  .    .    . 

6.7 

12   38.99 

63.6 

3 

3.108 

-  25  57  3'-6 

65.3 

2 

20.03 

5231 

B.  A.  0.4150   .    .    .    . 

7-3 

12    12   42.  50 

62.7 

6 

+  i-  547 

+  87  12  51.2 

70.4 

4 

—  20.02 

5232 

C211 

M.Z.  105,  114  .    .    .    . 

7.2 
-t.A* 

12   42.72 
12    44.  65 

64.8 
62.6 

2 

95 

3.111 
3.072 

-  27  44  49-  o 
-f-     o    6  41.4 

72.0 

58.7 

3 
J9 

20.  02 
20.02 

j*"jj 

5234 

Lacaille  5102   .    .    .    . 

J     ~ 

7-3 

12   46.  22 

63.3 

2 

3-  128 

-  37     i   >7-« 

70.9 

2 

20.  02 

5235 

Rtimker  3911    .    .    .    . 

7-7 

«2   47-33 

63.3 

8 

3.064 

-f    6  26  54.4 

62.7 

9 

20.02 

5236 

3     Canum  Venaticorum  • 

S'5 

12    12    54.04 

70.8 

6 

+  2.983 

+  49  45  41-2 

68.4 

2 

—  20.  02 

5237 

C278 

Weisse  XII,  199.   .    . 

9.0 
?.o* 

'3      3-25 
13    14.  28 

72.8 
66.3 

2 
2 

3-063 
3.066 

+     6  31  44.5 
-f    4    5  34.  o 

72.4 
66.3 

2 

2 

20.02 
20.02 

j^J" 
5239 

Weisse  (2)  XII,  268  . 

J 

6.0 

13  14.  66 

68.8 

2 

3.010 

+  38  40  48.0 

46.9 

2 

20.02 

5240 

1 

B.  A.  0.4153   .    .    .    . 

6.0 

13  17.06 

66.0 

3 

3-032 

+  27  24    3.7 

54-  4 

3 

20.02 

134 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

lj 

3 

5. 

1 
s 

1 

IM 

O 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

IH 

rt 
u 
>> 

8 

*£ 

1 

"3 

o 
K 

Annual 
Precession, 

1860. 
t 

124.1 

Anonymous 

Q.  O 

h.  m.      s. 
12  f?  •??.  73 

6p.  4 

i 

s. 
4-  •?.  no 

0           /           // 

—    2^    ^I    33.  I 

67  3 

2 

// 

—  20.  02 

S™T* 

5242 

Lacaille  5109   .... 

y  v 

6-5 

j  jj  i  j 

13  43-53 

"y  ^ 
66.3 

2 

i    j 
3-  '44 

J    J       JJ 

-  41  47     4-7 

vi  *  j 

70.  i 

3 

20.02 

5243 

O.  Arg.  S.  I2IOI  .    .    . 

7-2 

13  59-  1° 

66.8 

2 

3-  "2 

-  25  57  17.6 

69.  o 

3 

20.02 

5244 

Tr.  Z.  116,  9     .... 

7-5 

14    5.  24 

69-3 

2 

+  3-  "7 

-  28  56  45.  5 

69.0 

3 

20.02 

5245 

B.  A.  0.4165    .... 

6.0* 

14  19.  60 

62.  2 

13 

—  0.068 

+  88  28  33.  7 

70.8 

10 

20.  02 

5246 

Weisse  XII,  221  ... 

9.2 

12    14    21.29 

65-3 

3 

+  3-059 

+    8  35  48.  4 

70.4 

i 

—   2O.O2 

5247 

Lacaille  51  17   .... 

7.0 

I4    52.63 

62.8 

2 

3-'39 

-  37  40  24.  6 

71.3 

2 

20.  OI 

5248 

B.  A.  C.  4166  .... 

8.0 

IS      4.07 

69-3 

2 

2.215 

+  84    9    4-8 

46.9 

2 

2O.  OI 

S249 

O.  Arg.  S.  12116     .    . 

6.3 

15       9.87 

64.6 

3 

3-  no 

-  23  27  32.  5 

69.4 

4 

2O.  01 

5250 

M.  Z.  224,  21    .... 

8.6 

15  '7-23 

66.9 

2 

3-129 

-  32  47     i-2 

73-9 

2 

20.  OI 

5251 

C2C2 

X  1636  fist*)  .... 
17  Vircinis                     . 

9.6 

7.  I 

12    15    24.37 
15    24.  96 

64.9 
6l.3 

5 
1  1 

+  3.062 
•5.062 

+     6    5 

4-       6       5       2    Q 

60.6 

—   2O.  OI 
2O.  OI 

DO* 

12H 

12  Comae    

/ 

5.0* 

15    27.  83 

63.3 

3 

j-  *" 
3.027 

\                j      *"  y 

-\-  26  37  2<;.  Q 

72.  2 

A 

2O.  OI 

J^DJ 

5254 

Weisse  (2)  XII,  320  . 

J 

7-5 

IS    32.29 

64.8 

2 

3.025 

i            3i      j   y 

+  27  23  56.  8 

/  **• 

54-4 

*T 

2 

20.  OI 

5255 

Lacaille  5125   .    .    .    . 

7-2 

IS  43-30 

62.6 

3 

3-  "3 

-  24    5  44.  o 

69.4 

4 

2O.  O  I 

5256 

Lacaille  5  1  26  .    .    .    . 

7-1 

12    15    52.73 

63-6 

3 

+  3-  Hi 

-  36  42  47.  6 

67.8 

2 

-    2O.  OI 

5257 

Weisse  XII,  252  ... 

9-2 

15    57-16 

62.8 

2 

3.060 

+     7  37  17-4 

67-3 

2 

2O.  OI 

5258 

B.  A.  €.4171    .    .    . 

7.0 

15    57-67 

65.9 

3 

3-083 

—    6  31  21.7 

58-7 

5 

2O.  OI 

5259 

C26O 

O.  Arg.  S.  12124     •    • 

7-5 
6.0 

16    4.11 
16    4.  26 

67-3 
62.6 

2 

3 

3-  "7 
3-  "4 

-  25  41  40.4 
—  24    3  47.  i 

68.4 

60.  4. 

2 

2O.  OI 
2O.  OI 

3«V 

5261 

B.  A.  €.4175    .    .    .    . 

5.8 

12    l6  22.  II 

62.8 

2 

+  3-  "47 

—  38    8    3.  6 

wy.  «f. 

68.3 

2 

—  20.00 

5262 

Lacaille  5131    .... 

6.9 

1.6  28.01 

64.7 

3 

3-  126 

-  29  33  29.  i 

66.8 

2 

20.00 

5263 

Weisse  XII,  261      .    . 

8.8 

16  36.  ii 

63.2 

3 

3.050 

4-    12  41    50.2 

68.1 

3 

20.00 

5264 

Lalande  23198     ... 

7-7 

16  45.89 

64.  2 

2 

3-»8 

-   25    14    15.2 

64-3 

2 

20.00 

5265 

Lacaille  5134  .    .    .    . 

7.0 

1  6  49.30 

65.8 

2 

3-149 

-  38    8  15.2 

68.3 

3 

20.  oo 

5266 

O.  Arg.  S.  12134     .    . 

8-3 

12  16  49.72 

66.8 

2 

+  3-  "5 

—  23  28    o.  3 

69-4 

2 

—  20.00 

5267 

4     Canum  Venaticorum    . 

5-° 

16  53.26 

62.2 

4 

2-979 

+  43  '9    6.9 

60.  9 

7 

20.00 

5268 

Weisse  (2)  XII,  348  . 

6.5 

17     i.  60 

76.0 

3 

3.022 

+  26  37  41.  i 

76.4 

2 

20.00 

5:69 

Weisse  (2)  XII,  356    . 

8.5 

17  28.02 

59-3 

2 

3.029 

+  22  56  43.  3 

55-3 

3 

20.00 

5270 

Lalande  23219     .    .    . 

8-5 

17  33-65 

66.4 

2 

3.081 

•    4  S2  17-9 

70-3 

3 

20.00 

5271 

Radcliffe  2857      ... 

8.5 

12  17  45-37 

76-3 

2 

+    2.  854 

+  64  34    5-  i 

74-4 

2 

-  19.99 

5272 

Lacaille  5143  .    .    .    . 

7.0 

17  57-29 

63-5 

5 

3-  121 

-  25  12  43.8 

68.0 

3 

19.99 

5273 

1:27,1 

Lacaille  5144  .    .    .    . 

5-5 
5  8 

17  58.98 
17   (Jo.  60 

72.0 
69.8 

3 

A 

3-125 

3.  146 

-  26  58  23.  2 

—   34  24   36.  S 

70.1 
68.4 

3 

2 

19.99 

IQ    QO 

3*/'r 

5275 

B.  A.  0.4184   .... 

J-  ** 

6.0 

*  /      jy 

18  12.26 

65-4 

•f 
2 

3-023 

JT     ~*T    O"-  J 

4-  24  42  14.  2 

•"*•  *T 

66.3 

2 

•jr1  yy 

19.99 

5276 

Radcliffe  2860     .   .    . 

6.0 

12  18  33-  «3 

71.6 

3 

+    2.  845 

+  64  34  42.  4 

70-3 

4 

-  «9-99 

5277 

Weisse  XII,  291  .    .    . 

8.0 

18  38.44 

65.8 

2 

3.080 

-    4    5     5-8 

60.9 

3 

19.99 

5278 

Ritmker  3966   .... 

7-8 

18  46.  17 

60.  o 

3 

3.062 

+    4  58  32-  2 

55-3 

3 

19.99 

5279 

O.  Arg.  S.  12161  .   .    . 

7-7 

19  18.98 

64-3 

2 

3-J28 

—  26  24  24.  3 

68.9 

2 

19.98 

5280 

Carrington  1849  •    •    • 

8.6 

19  25.64 

65.2 

2 

I.4I8 

+  86    4  58-  5 

58.8 

4 

19.98 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


135 


Number. 

Name  of  Star. 

[ 
Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

!• 

rt 
4> 
>* 

C 
rt 

D 

i/> 
1 

IM 

0 

0 
ft 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

hi 

rt 
I 

£ 

1 

IM 

O 

1 

Annual 
Precession, 
1860. 

h.  m.       s. 

s. 

0           /           // 

// 

5281 

B.  A.  €.4193    .    .    .    . 

6.0 

12  19  26.  86 

68.4 

2 

+  1-956 

+  84  12  16.  7 

62.8 

5 

-  19.98 

5282 

Lalande  23269     .    .    . 

7.6 

19  28.  09 

68.3 

2 

2.984 

+  37  53  21.  i 

47-4 

2 

19.98 

S283 

B.  A.  €.4192    .    .    .    . 

5.8 

19  29.51 

63-0 

3 

3-  '43 

-  32    3  "2.5 

68.8 

2 

19.98 

5284 

Lalande  23270     .    .    . 

7-3 

19  35-76 

74-3 

4 

3-082 

•    4  48  57-  6 

67.8 

2 

19.98 

5285 

O.  Arg.  S.  12165  •    •    • 

8.1 

19  47.  24 

68.8 

2 

3-13° 

—  26  55  32.  6 

68.4 

2 

19.98 

5286 

C287 

WeisseXII,  311  .    .    . 
1  6  Comse            

8.8 

S.  $ 

12    ig   48.08 

io  ^8.  06 

67.4 
66.0 

2 

7 

+  3-042 

3.  OI  I 

+  14  49  14.9 

-1-    27    36      37 

68.8 

7O    1 

2 
2 

-  19.98 

10     nS 

J*°/ 

5288 

O.  Arg.  S.  12170  .    .    . 

j  j 
7-2 

7    y**  :/ 
20      6.  26 

63.8 

J 

7 

o* 
3-«3« 

\      •*/    J         J-  I 

—  27  56  26.  6 

/•-'•  j 
66.9 

2 

•y  y" 

19.98 

5289 

C2QO 

O.  Arg.  S.  12173  .    .    . 

Anonymous 

8-3 

Q.  O 

20      7.71 
2O    29.  12 

67.4 

Co   4. 

2 
1 

3-138 
3.086 

—  29  18  34.  6 
—     6  48  io  7 

70.3 

67       ,1 

2 
2 

19.98 

IQ   08 

j^y^ 

3291 

B.A.  C.  4198    .    .    .    . 

y  ** 

6.7 

12    20    33.51 

jy~  ^ 

69.4 

3 

+  3-  106 

v    <|.u     ly.  y 
—     15     5'     23.8 

VJ'    *f 

65-3 

2 

•y-  yw 
-  '9-97 

5292 

Weisse  (2)  XII,  423  . 

8.4 

20    33-7' 

59-3 

4 

3.016 

+  25     o    9.9 

54-7 

5 

19.97 

5293 

B.A.  €.4200   .    .    .    . 

6.5* 

20  40.  74 

54-7 

3 

3.080 

•    3  5°  23-4 

7'-3 

2 

19.97 

5294 

Weisse  XII,  335      .    . 

8.0 

20  47.  21 

65.1 

3 

3.086 

•     6  47  32.  3 

56.3 

2 

"9-97 

5295 

73  Ursae  Majoris   .... 

6.0* 

20   54.  67 

62.8 

4 

2.888 

+  S6  29  17.5 

58-4 

3 

19.97 

5296 

B.A.  0.4202    

5.6 

12  20  56.  49 

63.0 

3 

+  3-  1  68 

-  38  15  56.9 

72.1 

3 

-  '9-97 

5297 

Weisse  XII,  344      .    . 

9.1 

21     II.9O 

63-2 

3 

3-043 

+  '3    7  18-5 

66.7 

2 

19-97 

5298 

M.  Z.  235,32    .    .    .    . 

8.2 

21     13.72 

64-3 

4 

3-159 

-  35    9  21.9 

65-3 

2 

19.97 

5299 

M.  Z.  242,  27    .... 

7-5 

21    27.48 

73-7 

6 

3.167 

—  37  "  3'-2 

70-3 

2 

19.97 

5300 

Anonymous      .... 

8.8 

21    29.97 

77-3 

i 

3-167 

-  37  14  28.8 

70-3 

2 

19.97 

53°' 

Weisse  (2)  XII,  446   . 

8-5 

12    21    46.  60 

59-3 

3 

+  3-°'9 

+  22  46  43.  6 

57-3 

2 

-  '9-97 

53°2 

M.Z.235,33    .    .    .    . 

8.6 

21    50.  II 

68.8 

2 

3-  162 

-  35  13  i9-o 

66.3 

2 

19.96 

S303 

Weisse  XII,  359      .    . 

8-3 

21    55.65 

62.0 

3 

3-057 

+     6  44     8.  3 

65-9 

2 

19.96 

S3°4 

Weisse  XII,  360     .    . 

9.0* 

21    57.70 

71.2 

3 

3-055 

+     7  38  25.3 

67.4 

2 

19.96 

5305 

e  infi 

M.Z.  235,34    .    .    .    . 

Anonymous          , 

8.0 
8.6 

22    27.83 
12    22    33.  76 

64-3 
68.  3 

4 

2 

3-  «64 

4-    1    173 

—  35     3  21.3 

-27     -J-5     C  -1,  1 

65-3 
66.2 

2 
2 

19.96 

IQ     Q6 

bSuu 

f  ?O7 

6     Corvi     

Z.o 

*  "    *"°   jj    / 
22    37.  37 

VfWI    J 

68.9 

4. 

1      J-     /  J 
3.  IOQ 

Jl     JJ     JJ"  J 

—    K   44.     8.  ? 

6<.  6 

•3 

*y-  an* 

IQ.  Q6 

JJW 

5308 

C  7OO 

Lacaille  5176   .    .    .    . 

j 
7-6 
6.0 

O/      Jt 

22  40.  23 
22  40.  98 

63-3 
61.  4 

T- 

3 

3 

o-  *vy 
3-I52 
1,  O2O 

•  J      *T*T         ***    J 

-  3'   '7     S-6 

-|-    21    40    18.4 

WJ.     «J 

62.3 
64.6 

J 

2 
7 

7     7 

19.96 

IQ.  06 

jjuy 
53«° 

Weisse  (2)  XII,  478   . 

8.0 

22   55-76 

59-2 

J 

2 

j*  "• 

3.009 

+  25     6  50.  9 

\Xtf-.    W 

55-5 

J 

6 

y  y 

19.96 

53" 

B.A.  0.4214   .... 

5.6 

12    22   58.05 

67-3 

2 

+  3-  129 

—  22  55  19.2 

7i-3 

3 

-  '9-95 

S3'2 

7     Canum  Venaticorum   . 

6.0* 

23   24.89 

59.6 

4 

2.896 

+  52  18  30.3 

53-3 

4 

«9-95 

53i3 

r  7  i  A 

Lacaille  5188  .    .    .    . 
4     Draconis       

7-5 
?.o 

23  44-91 
21    56.  76 

69.7 
76.  4 

3 

4 

3-  "55 
2.689 

-  30  5'  39-5 
-t-  60  "i8  17.  <; 

67.6 
7-5.6 

4 
4 

19-95 
iQ.Q.1; 

XJM 

S3'5 

Weisse  (2)  XII,  500  . 

j 
6.8 

"O    j     •  / 

24    3-  67 

68.4 

2 

3.008 

i      ?  j    j/  j 
+  24  32  43-4 

/  O 

57-4 

2 

y  yj 

'9-95 

53i6 

Weisse  XII,  390     .    . 

9-5 

12   24      4.  I? 

61.3 

2 

+  3-089 

—    6  53  24.  7 

57-3 

2 

-  19-9-5 

5317 

DM.  +  5°,  2636     .    . 

8.8 

24      7-23 

71-3 

2 

3-059 

+     5  26  32.  7 

67.4 

2 

19.95 

S3'8 

M.Z.  224,  25    .    .    .    . 

8-3 

24    IO.  12 

64-3 

3 

3-  l63 

-  32  53  45-  2 

69.8 

2 

19.94 

53'9 

Lalande  23408     .    .    . 

7-  i 

24    12.  80 

69.0 

6 

3.058 

+     5  29  42.  3 

67.4 

2 

19.94 

532° 

O.  Arg.  S.  12219  •    •    • 

6.8 

24    13-95 

64.0 

6 

3-  '54 

-   30   12   28.  I 

71.7 

3 

19.94 

136 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

lM 

0 

6 
£ 

Annual 

Precession,  t 
1860. 

Mean 
Declination, 
1  860.0. 

jj 

>> 

i 

~& 

1 

•o 
o 

Z 

Annua. 
Precession, 
i860. 

5321 

Weisse  XII,  402  .    .    . 

7.2 

h.  m.      s. 
12  24  26.  90 

63.' 

5 

+  3-083 

0           /           // 

-    4  16  48.4 

do.  9 

2 

// 
-  '9-94 

5322 

Lacaille  5189  .... 

6.5 

24  28.97 

67.6 

3 

3-  '93 

-  40  16  50.8 

70.0 

3 

'9-94 

S323 

Lacaille  5191    .... 

6.2 

24  39-  85 

63.6 

3 

3-  161 

-  3i  45  35-6 

68.4 

4 

19.94 

5324 

Weisse  XII,  409  ... 

8.0 

24  43.  68 

59.8 

2 

3.056 

-f-     6  29     o.  9 

57-8 

2 

19.94 

5325 

Lacaille  5192   .... 

7.6 

24  47.  68 

69.4 

4 

3-145 

-  26  47  34.  7 

70.4 

3 

19.94 

5326 

Weisse  (2)  XII,  526    . 

8.5 

12  25     8.68 

59-3 

2 

+  3-014 

+  21  41  34.7 

55-3 

2 

-  '9-93 

5327 

Lacaille  5  1  93   .    .    .    . 

7.0 

25  10.  30 

65.2 

5 

3.  162 

—  31  41  26.  8 

69.4 

2 

'9-93 

5328 

Weisse  XII,  416  .    .    . 

9.0 

25  H-5° 

59-4 

2 

3-055 

+    62831.5 

57.8 

2 

'9-93 

S329 

O.  Arg.  S.  12232  .    .    . 

7-5 

25  26.  50 

64.9 

8 

3-  '55 

—  29  16  17.  3 

64.8 

2 

»9-93 

533° 

O.Arg.  N.I  2726     .    . 

7-5 

25  39-  '4 

69-3 

3 

2-758 

+  64  31  51-5 

65.3 

2 

'9-93 

S33i 

Tr.  Z.  227,  21    .    .    .    . 

7.8 

12  25  39.27 

62.3 

2 

+  3-i6i 

-  30  52  18.4 

69.4 

2 

—  '9-93 

5332 

M.Z.  108,4  

8-5 

26    4.  03 

67.8 

2 

3.166 

-  31  40  48.9 

72.7 

3 

'9-93 

5333 

M.  Z.  224,  28    .    .    .    . 

8.4 

26  17.32 

66.8 

2 

3-  '7° 

—  32  29  48.  5 

70.4 

2 

19.92 

5334 

O.Arg.  S.  12243  • 

7.8 

26  27.  38 

70.3 

3 

3-  I36 

-  22  44  18.  5 

72.1 

3 

19.92 

5335 
C3i6 

Weisse  XII,  433  .    .    . 
q    Virginis     

9.0* 
6.0 

26  28.  78 

12    26    33    34. 

60.3 
63.  o 

2 

18 

3.062 

+       1     Oo6 

+     34'     4-5 

g     ^Q       A  C        | 

58.9 

*7O     T 

4 

3" 

19.92 

tf\  f\* 

JJ  J 

5337 

Weisse  (2)  XII,  556   . 

6-3 

•*    *v   jj-  jt 

26  35-  37 

68.4 

2 

j"  ^9° 
3.000 

+  25     3  22.6 

/U.  1 

68.4 

3 

iy.  <ji 
19  92 

5338 

^330. 

Tr.  Z.I  15,  45    .    .    .    . 

7-5 
9-  5 

26  39.  80 

26  A.  I    34 

66.7 

67    A- 

3 

2 

3.  168 

31  Co 

-  3'  42  52-3 

—    2Q    21 

69.0 

3 

19.92 

IO    O9 

j  joy 
534° 

5141 

O.Arg.  S.  12246  .    .    . 
jj    Corvi     

7-5 

2.  3* 

f,\j  *t  •  .  j*f 

26  44.  1  6 

12    27       2    33 

W  •  *T 

76.8 

C  7     1 

2 
I  20 

•  *jy 

3-137 

+     •2     T38 

•*y    j 

-    22  46   27.  3 

22  37  18.  8 

75-4 

AQ    A 

2 
3*7 

iy.  yz 

19.92 

in  n^ 

j  J^ 

5342 

DM.  +  3°,  2669  .   .   . 

*    J 

g.o 

*~    ~/       *•  JJ 

27  10.  08 

JJ'  J 

61.3 

j-*y 

2 

J-  LJ° 
3.064 

+     3  '0 

4y.  4 

J/ 

iy.  92 
19.91 

5343 

Weisse  XII,  452  .    .    . 

8.2 

27    25.32 

68.8 

2 

3-053 

+    6  44  20.4 

67.8 

2 

19.91 

5344 
?34t; 

O.  Arg.  S.  12254  .    .    . 
K     Draconis  .... 

8-3 
1.6 

27    27.93 
27    2Q    I  5 

70.8 

63.  o 

4 

f  C 

3-139 
2.  6lQ 

—    22   42    12.0 

_1_   70   11   i(\  8 

73-7 
6?.  o 

3 

21 

19.91 

In   n  T 

jotj 
5346 

Weisse  (2)  XII,  581     . 

O 

7-5 

*/    mtyt  *j 

12    27    32.  IO 

71.0 

1  j 

3 

+  3.008 

i     /u  jj  Ju-  ° 

+  21  40  23.  5 

55-3 

2 

iy.  91 
19.91 

5347 

O.Arg.  S.  12258  .    .    . 

7-7 

27    38.52 

67.3 

2 

3-150 

-  25  56  23.  7 

70.8 

2 

19.91 

5348 

Weisse  XII,  461  ... 

8-5 

28      3-12 

63.5 

5 

3-032 

+  '3  42  39-  3 

64.4 

2 

19.91 

5349 
"I35O 

B.  A.  C.  4241   .... 
24  Comse    

6.7 

-1      5 

28    4.  88 
28    6.  27 

60.0 

60    3 

4 

3-015 

301  c 

+  '9    8  53.  7 

4_    in      8    c-i    i 

68.3 

rr     R 

2 
7 

19.91 

jjj 

5351 

Weisse  XII,  463  .    .    . 

T"  J 

8.0 

12   28      7.89 

UU.  j 

66.3 

3 

•  ^o 

+  3-063 

i    *y     •  jj'  * 
+     3     '  52-3 

JJ-  ° 
65.0 

/ 

6 

19.  90 

-  «9-9° 

5352 

Weisse  (2)  XII,  599    . 

6.2 

28    8.  24 

69.5 

5 

3.004 

+  22  39  15.0 

54-8 

2 

19.90 

5353 

B.  A.  C.  4243  .... 

5-5 

28  14.32 

63.3 

2 

3.211 

-   40    14    58.  2 

68.4 

2 

19.90 

5354 

Weisse  (2)  XII,  602    . 

7-3 

28  20.  1  6 

69.8 

2 

2-947 

+  37  "  52.0 

47.1 

3 

19.90 

5355 

Lacaille  5214  .... 

6.0 

28  29.68 

71.7 

3 

3.207 

-  39    5  47-  3 

67.3 

2 

19.90 

5356 

Tr.  Z.  14,  44     .... 

7-4 

12   28  40.  83 

69.3 

2 

-f   3-i8o 

-  32  58  27.  5 

64.3 

2 

-  19.90 

5357 
5358 

O.Arg.  S.  12269  •    •    • 
6     Draconis  

9.0 
5.  5* 

28  42.  60 
28  47.  12 

66.9 

77.4 

2 
2 

3.I5I 
2.  CQI 

-  25  13     7.3 

+    7O  47    38.  2 

68.8 

73   Q 

2 

19.90 

IQ    QO 

5359 

5360 

Lacaille  5220  .... 
f     Virginis     

J     J 

7-5 
6.0* 

29   26.  26 

2Q    34    78 

/  /  •  T1 

64.  2 

63  o 

5 

7 

*••  jy* 
3-  '76 
3  087 

/w  t/    J 
-  31   24  12.7 

—      c      -i    ?c   o 

/  j-  y 
62.4 

6c  7 

2 
2 

*y*  y^ 

19.89 

10    80 

y   j^'  f** 

vj.  v 

/ 

j.  ^"/ 

J       J    JJ'  w 

"J*  J 

•y.  "y 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


137 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

8 

X 

8 

& 

• 

% 

<—  . 

o 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

\ 

>^ 

I 

•£ 

i 

"o 

i 

Annual 
Precession, 

i860. 

[ 

S36l 

O.  Arg.  S.  12286     .    . 

7-9 

h.  m.      s. 
12    29   50.83 

70.4 

4 

s. 
+  3-  154 

0           /           // 

-    25    14   49.  2 

68.8 

2 

// 
-  19.89 

5362 

O.  Arg.  S.  12288     .    . 

7.8 

30     6.  89 

71.0 

3 

3-  «64 

—   27    38  40.  2 

65-3 

2 

19.88 

5363 

Weisse  XII,  494  .    .    . 

7.8 

3°    7-  48 

60.  9 

2 

3-°95 

•    7  3'  40.7 

66.9 

2 

19.88 

5364 

Weisse  (2)  XII,  636    . 

8.2 

3°  "-23 

62.6 

5 

2-954 

+  33  47  5>-o 

69.4 

2 

19.88 

5365 

B.  A.  €.4253    .... 

5-7 

30  17.30 

62.7 

3 

3-J59 

-      26   21    51.4 

67.4 

3 

19.88 

5366 

Weisse  XII,  497  ... 

8.0 

12  30  18.  68 

63.2 

5 

+  3-029 

.+  13  45  16-5 

65.0 

3 

—  19.88 

5367 

Weisse  XII,  498  .    .    . 

8.5 

30  20.  91 

76.8 

2 

3.081 

•      2    48 

19.88 

5368 

Lacaille  5226   .... 

6.8 

30    53.  20 

63.0 

3 

3.  212 

-  38     i  35-5 

69.9 

2 

19.87 

5369 

Weisse  XII,  5  10  .    .    . 

7.6 

3'     4-07 

67-3 

4 

3.063 

+     2  45     2.5 

67-3 

2 

19.87 

537° 

B.  A.  C.  4254   .... 

Var. 

31  14.05 

62.8 

5 

3.064 

+     2  37  33.4 

57.8 

3 

19.87 

5371 

Weisse  XII,  515      .    . 

8-5 

12    31    23.06 

59-3 

2 

+  3-°69 

+    o  59  17.0 

64-3 

2 

-  "9-87 

5372 
5373 

Weisse  XII,5i6  (ist*) 
Weisse  XII,  516  (2d*) 

8.0 

8.8 

3I    28.83 

3>  29-38 

68.3 

68.3 

2 
2 

3-087 
3-087 

>-    4  33  "-7 
) 

58.2 

2 

19.87 

5374 

B.  A.  €.4255    .... 

5-7 

3i  3'-  54 

72.8 

5 

3.084 

•    3  36  10.7 

70.9 

2 

19.87 

5375 

Weisse  XII,  519      .    . 

7-8 

3i  32.23 

61.6 

6 

3.024 

-f   '4  34  38.4 

61.3 

6 

19.87 

5376 

B.  A.  0.4256    .    .    .    . 

6.7 

12  31  36.91 

63.4 

3 

+  3-  "77 

-  29  39    6.  8 

68.2 

2 

—  19.86 

5377 

DM.  +  13°,  2563    .    . 

9-4 

3i  45-  65 

67-3 

2 

3.027 

+  13  37  46.9 

69.8 

2 

19.86 

5378 

Lalande  23629     .    .    . 

9.0 

3i  48.55 

62.7 

3 

3.024 

+   14  34  26.  i 

61.0 

3 

19.86 

5379 

Weisse  XII,  525  .    .    . 

9.0 

3'  57-67 

59-4 

2 

3.024 

+  14  38  17-7 

57.8 

2 

tg.  86 

538o 

Weisse  XII,  526  ... 

9-3 

31  57-83 

62.3 

4 

3.024 

+  14  33  30.  5 

69.9 

2 

19.86 

538i 

c  7X2 

Lacaille  5230   .... 
y    Virginis                    .    . 

7.6 

4   8 

12   31    58.  II 

T.Z    i.  Vi 

62.7 
6"?.  o 

3 
20 

+  3-174 

"}.  OQ6 

-  28  46    0.3 
—    7  13  29.  3 

64-9 
54-4 

2 
2 

-  19.86 
19.86 

J0°* 

5383 

B.  A.  C.  4262  .... 

*+•   ** 

5-5 

o*.      *  •  OJ 
32    18.37 

"o*  v 

72.8 

4 

O        7 

3-225 

-'39  I2  59-5 

70.0 

3 

19.86 

5384 

Lacaille  5232   .... 

7.6 

32   21.  76 

62.6 

4 

3-  '76 

-  28  53    7-0 

69-4 

2 

19.86 

5385 

Lalande  23653     .    .    . 

6.8 

32    27.88 

68.4 

2 

2.931 

+  36  43  '9-4 

47-3 

2 

19.86 

5386 

Lacaille  5234  .... 

7.2 

12  S2  43-35 

64.9 

5 

+  3-216 

—  37     5  13-3 

66.3 

2 

-  19-85 

5387 

O.  Arg.  S.  12332  .    .    . 

8.2 

33  '8.70 

64-3 

2 

3-i67 

-  26    3  37.9 

70.8 

2 

19.84 

5388 

Lalande  23666     .   •.    . 

6.0 

33  19-34 

73-9 

6 

2-937 

+  34  56     7-9 

63.6 

5 

19.84 

5389 

Lacaille  5239  .... 

8-5 

33  25-  86 

67.5 

6 

3-i7i 

-    26    56    36.  2 

70.9 

4 

19.84 

539° 

Weisse  XII,  549  .    .    . 

7-5 

33  26.76 

59-8 

2 

3-097 

7  40  23.  6 

66.7 

3 

19.84 

5391 

Lacaille  5238  .... 

6.7 

12  33  3'-4° 

66.3 

2 

+  3-256 

-  43  "9  57-1 

70.9 

2 

-  19.84 

5392 

O.  Arg.  S.  12338     .    . 

6.8 

33  47-  85 

71.1 

4 

3-173 

—  27    8  20.  o 

71-3 

3 

19.84 

5393 

O.  Arg.  S.  12342  .    .    . 

7-3 

34    3-52 

66.5 

6 

3-  161 

-  24  13  30.  i 

69.4 

2 

19.83 

5394 

Weisse  XII,  564  .    .    . 

9.0 

•       44  23.53 

65.3 

2 

3.062 

+     2  45  58.0 

56.9 

2 

19-83 

c  ?nt 

yi    Virginis         

l  8* 

1A      -1-1     80 

64.  Q 

18 

•j.  074 

-    o  40  50.  4 

70.  4 

4 

'9-83 

jjyj 
C  106 

yz    Virginis     

j 

3.  1* 

OT    JJ-  **30 
12    14.    H.  06 

T    y 

61.  4 

6 

o      /  ^ 
+  3.  074 

—    o  40  53.  4 

64.  2 

2 

-  19-83 

j  jyw 

c  307 

28  Virginis     

•J     J 

6.0* 

J*t     JO      7 

34  41.41 

60.  $ 

6 

3-  096 

•    6  43  48.  i 

70.4 

4 

19.83 

JJ7I 

5398 

Lacaille  5252  .... 

7-4 

O^    ^J     T 

34  58-42 

•  V,      J 

67.7 

3 

3.226 

-  37    8    3.  7 

67-3 

2 

19.82 

S399 

Weisse  XII,  580  .    .    . 

8.5 

35     0-58 

39-3 

2 

3.018 

+  H  55  39-5 

55-3 

2 

19.82 

5400 

Weisse  XII,  579  ... 

8.2 

35    2.13 

68,3 

2 

3.089 

•    45°    7-5 

58.3 

2 

19.82 

138 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

4 

ij 

«t 

V 

>-. 

c 
rt 
<u 

»  S 

1 

O 

6 

Z, 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

is 
s 

3 

OJ 

S 

1 
'o 
o 

fc 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

54°' 

Weisse  XII,  583  ... 

9.0 

12-35  14-73 

67.3 

3 

+  3.o63 

+     2  23     8.  6 

61.  i 

3 

-  19.82 

5402 

Weisse  XII,  584  ... 

8.5 

35  '9-74 

61.8 

2 

3.064 

+     2    5  56.  8 

57.8 

2 

19.82 

5403 

Weisse  XII,  585  .    .    . 

7-5 

35  23-  27 

71.0 

3 

3.089 

-    4  4i  52-5 

58.2 

2 

19.82 

5404 

Lalande  23711     .    .    . 

7-5 

35  3i.o7 

72.4 

4 

2.930 

+  34  27  40.3 

65-4 

3 

19.81 

5405 

M.Z.235,38 

8.2 

35  40.  1  6 

65.! 

4 

3.218 

-  35  '4  32-  i 

69.4 

2 

19.81 

5406 

Lacaille  5256  .    .    .    . 

6.7 

12  35  48.  15 

69.6 

4 

+  3-  165 

-  24  13  18.7 

67.0 

3 

-  19.81 

5407 

Lacaille  5254   .... 

6.5 

35  48.  82 

65.8 

2 

3-243 

-  39  24  34.  9 

67-3 

2 

19.81 

5408 

M.Z.  247,93    •    •    •    • 

7.0 

35  53-" 

64.9 

3 

3-250 

-  40  33  16.  2 

7i-3 

2 

19.81 

5409 

CAIO 

Lacaille  5257  .... 
M  Z  238  6              .    . 

6-5 
8.0 

36    6.28 

l6      7.  28 

71.7 

6q.  7 

3 

2 

3-  172 

3    217 

—  25  32     o.  6 

—    34    38  44.  Q 

66.4 
67.8 

2 
2 

19.81 

IQ.  81 

JT-*" 

S4i  i 

Lacaille  5261    .... 

7.0 

O             1          v 

12   36   26.47 

.7      O 

63.3 

2 

J            1 

+  3.217 

ot   ou  tt-  y 

-  34  21     1.7 

/  •   w 

69-3 

2 

*y»  w* 

-  19.80 

5412 

B.  A.  0.4277    .    .    .    . 

6.0* 

36   26.  76 

60.3 

2 

3.075 

-      0  48   22.8 

54-3 

3 

19.80 

S4U 

B.  A.  C.  4278    .... 

5-7 

36  33-  24 

63.3 

4 

3.  182 

-  27  33  18.  i 

65-3 

2 

19.80 

5414 

Tr.  Z.  214,  16  .    .    .    . 

8.0 

36  40.  47 

69.4 

3 

3.229 

-    36    28      4.  2 

68.7 

3 

19.80 

5415 

B.  A.  0.4281    .... 

6.0* 

37  '5-00 

63.9 

4 

o.  861 

+  84  24  43.  8 

61.7 

3 

19.79 

5416 

DM.-I   14°,  2534,   .    . 

9.0 

12  37  24.61 

63.4 

I 

+  3-017 

+  14  14  45.6 

66.4 

i 

-  19-79 

S4«7 

Lalande  23756     .    .    . 

9.0 

37  31-68 

62.3 

2 

3-OI7 

-f  14    7    o.  2 

66.7 

3 

19.79 

5418 

O.  Arg.  S.  12389  .    .    . 

6.2 

37  48.34 

68.2 

3 

3.189 

-  27  59  54.0 

67.9 

2 

19.78 

S4'9 

B.  A.  €.4282    .    .    .    . 

6.8 

37  5°-  "4 

71.4 

3 

2.853 

+  44  S2  ii.  2 

65-4 

2 

19.78 

5420 

O.  Arg.  S.  12390  .    .    . 

7-7 

37  51-21 

66.8 

2 

3-  '94 

-  29    o  56.  3 

66.4 

2 

19.78 

5421 

Weisse  XII,  632  .    .    . 

8.2 

12  37  53.48 

64.8 

9 

+  3-oi6 

+   '4  15   27-7 

66.3 

2 

-  19-78 

5422 

M.  Z.  242,  37    .... 

7-2 

38    2.73 

64-3 

2 

3-239 

-  37     3  IS-6 

68.3 

3 

19.78 

5423 

Weisse  XII,  638  ... 

9.0 

38    9.96 

59-3 

2 

3.065 

+     i  49  27.9 

58-3 

2 

19.78 

5424 

10  Canum  Venaticorum    . 

6.0* 

38    21.  27 

68.4 

4 

2.885 

+  40     2  22.7 

53-8 

9 

19.78 

5425 

CA26 

Weisse  XII,  646  ... 

d^  Virginis 

8.0 

6.  2 

38   24.  84 

12  38  32,  61 

63-3 

6l    7 

6 

3.016 

+     »    O7Q 

+  H  10  54-2 
-)-     8  26  21.  8 

65.4 

60    4 

2 
2 

19.77 

TQ    77 

jT"*vy 

5427 

Weisse  XII,  652  .    .    . 

8.0 

38  53-95 

wi  •  / 
63-9 

ii 

j.  "jy 
3-014 

+    14   20   57.3 

uy*  T- 
69.  2 

5 

ly-  l  i 

I9.77 

5428 

DM.  +  14°,  2540    .    . 

IO.  0 

39    3-  '7 

65.3 

i 

3-013 

+    H    29    22.  3 

68.3 

i 

19.77 

5429 

Lacaille  5278   .    .    .    . 

5-8 

39  13-26 

63.8 

5 

3-217 

-  32  32  55-5 

69.4 

3 

19.76 

543° 

Weisse  XII,  661  .    .    . 

8.2 

39  22.  ii 

59-2 

2 

3.072 

-    o    3  20.  6 

55-7 

3 

19.76 

543' 

Weisse  XII,  665  ... 

8.8 

12  39  34.67 

60.8 

4 

+  3-°l6 

+   13  43  46.o 

66.3 

2 

-   19-76 

S432 

Weisse  XII,  668  .   .    . 

8.0 

39  50.  80 

65.0 

3 

3-  1  06 

-     8  26  53.6 

55-4 

2 

19-75 

S433 

Lalande  23832     .    .    . 

7-5 

40    3.  oo 

64-5 

ii 

3.012 

+    14   22    56.  6 

70.0 

7 

19-75 

5434 

Lacaille  5282   .... 

7.0 

40  26.  98 

62.7 

3 

3-  i?8. 

-    24    14   56.  2 

62.8 

2 

19.74 

5435 

O.  Arg.  S.  12425  .    .    . 

8.5 

40  27.  19 

76-3 

2 

3-i9i 

-  26  47  49.  8 

75-7 

3 

19-74 

5436 

Lacaille  5283  .... 

6.6 

12   40   27.  56 

62.7 

3 

+  3-177 

-  24    5  15.4 

7i-3 

2 

-    19-74 

5437 
1:438 

Lacaille  5281    .... 
35  Virginis     ...        . 

6.7 
6.0* 

40  3  1  .  28 

4O  A.  3    74 

66.3 

62    4. 

2 
7 

3-299 

-3     QCA 

-  43  57  10-4 

+       A    2O    T  7    2 

70-3 

72    £ 

2 

19-74 
IQ    7  'A. 

j*tow 
5439 

Lacaille  5284   .... 

6.7 

*T"    TO-   /  f 

40  45-  53 

**••  *r 
64.  2 

J 

4 

j-  **j*r 

3-217 

*T     •**      r  /  *   * 

-  3i  33  33-9 

/  ~*  j 

72.0 

3 

1  y-  /  T- 

19.74 

5440 

i 

Weisse  XII,  685  ... 

7-5 

40  49.  68 

68.3 

2 

3-  012 

-\-    14    II    22.  I 

67-3 

2 

19-74 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


139 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

I 

C 
rt 
O 

1 

IM 

O 

O 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

>, 

9 

•s, 

£ 

o 

"o 

6 

fc 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

o       /       // 

„ 

5441 

B.  A.  C.  4298  .... 

6-5 

12  40  52.73 

65.6 

2 

+   1.506 

+  81  23  17.5 

67.4 

2 

—  19-74 

5442 

O.  Arg.  N.  12996     .    . 

9-2 

40  54-  73 

65.4 

4 

1.948 

+  78    4  18.4 

70.4 

3 

19.74 

5443 

B.  A.  C.  4297  .... 
28  Comns    

5-9 
5-8 

40  58.  86 
41   13.56 

68.4 
64.8 

5 

14 

3-  192 

3-  oil 

-  26  49  50.  3 
+  14  19    7-8 

70.9 

61.4 

2 

5 

'9-74 
"9-73 

5445 

O.  Arg.  S.  12444     .    . 

9.0 

4'  37-  i? 

66.8 

2 

3-185 

-  25     5  46-  3 

73-4 

2 

19-73 

5446 

Riimker4i37   .... 

6.9 

12  41  44.  66 

68.8 

2 

+  3-  108 

—    8  27  16.  7 

55-4 

2 

-  19.72 

5447 

Lalande  23896     .    .    . 

7-o 

41  47.07 

68.4 

2 

2.889 

+  37     6  25.8 

65-3 

3 

19.72 

5448 

Weisse  XII,  706  ... 

8.8 
6.0 

41  48.  86 
41  49.  92 

59-2 
76.4 

2 

3 

3.  008 
2.484 

+  H  48    3-  i 
+  67  33  18.  o 

56.7 
73-7 

3 

2 

19.72 
19.72 

6.4 

4!    53.  22 

57-7 

12 

3.007 

+  14  53  15.0 

60.0 

8 

19.72 

5451 

DM.  +  180,2665     .    . 

8.6 

12  41  53-74 

69-3 

2 

-f  2.991 

+  18  29  55.0 

65-3 

2 

-  19-72 

5452 

Lacaille  5291    .... 

7-5 

41  56.  86 

65.8 

2 

3-236 

-  34     i  38-4 

69.7 

3 

19.72 

5453 

II   Canum  Venaticorum    . 

6.0* 

42  14.  64 

73-2 

6 

3.788 

+  49  '3  49-9 

67.4 

2 

19.72 

5454 

Lalande  23919     .    .    . 

7.8 

42  32,78 

68.9 

2 

2.  892 

+  36     5     9-4 

62.3 

3 

19.71 

5455 

Weisse  (2)  XII,  867     . 

8.0 

42  41.  14 

76.3 

2 

2.  946 

4-  26  59  13.4 

72.4 

2 

19.71 

5456 

O.  Arg.  S.  12459     •    • 

7-8 

12   42   41.  26 

64-3 

3 

+  3-  1  88 

-  25     4  j6.  2 

69-3 

2 

-  19-71 

5457 

Weisse  XII,  722      .    . 

9.2 

42   45-64 

64.8 

2 

3-  126 

-    12    17    48.  2 

69-4 

2 

19.71 

5458 

Lacaille  5295    .... 

7-2 

42    52.25 

68.3 

3 

3-215 

-  29  48  52.  3 

64.8 

2 

19.71 

5459 

M.  Z.  242,  40    .... 

8.  i 

42    57.00 

64.8 

2 

3.261 

—  37  10  22.0 

68.4 

2 

19.70 

5460 

Weisse  XII,  728  ... 

7-5 

43     9-  81 

64.9 

3 

3.  126 

-  12  16  16.3 

68.7 

3 

19.70 

5461 

Weisse  (2)  XII,  877    . 

8.0 

12  43  '7-39 

60.  3 

4 

+  2.988 

+  18  24  59.  5 

54-6 

6 

-  '9-7° 

5462 

B.  A.  €.431  1    .    .    .    . 

5-8 

43  3'-oi 

68.8 

2 

2.873 

+  38  16  45.7 

46.6 

6 

19.70 

5463 

Weisse  XII,  736  .    .    . 

8.9 

43  33-  37 

62.1 

5 

3.072 

+      0      O  36.  2 

63-9 

2 

19.69 

5464 

Lalande  23951      .    .    . 

8.0 

44    8.  39 

71.8 

4 

3-i3o 

-    12   42    56.  I 

65.8 

2 

19.68 

5465 

M.Z.  251,88    .    .    .    . 

8.8 

44    9-  52 

64.8 

2 

3.192 

-  25     4     8.9 

70.8 

3 

19.68 

5466 

Lacaille  5301    .... 

6.8 

12  44  1  1  .  62 

66.7 

2 

-h    3-222 

-  30  19   15-9 

70.4 

3 

-  19.68 

5467 

B/A.C.43I3    .    .    .    . 

6-3 

44  15-  '2 

63.  o 

3 

3-279 

-  38  55     3-  5 

67-3 

2 

19.68 

5468 

Lacaille  5302   .... 

6-5 

44  17.20 

66.7 

2 

3-223 

-   30   26   21.  2 

70.9 

3 

19.68 

5469 

Lacaille  5304  .... 

6-5 

44  29.39 

62.7 

3 

3.198 

-  25  58  36.  7 

63-4 

2 

19.68 

5470 

Weisse  XII,  757  ... 

7-7 

44  4I-51 

64-3 

6 

3.068 

+    o  50  54.  7 

63.0 

8 

19.68 

5471 

Mer.  C.  Z.  173,  76    .    . 

9.0 

12  45     4.49 

68.9 

2 

+  3-  280 

-  38  32  5*4 

7'-7 

3 

-  19.67 

5472 

Weisse  XII,  764  ... 

9.0 

45  17-64 

65-5 

6 

3.067 

+    o  59  31.2 

61.7 

3 

19.67 

5473 

Lacaille  5311    .... 

7-5 

45  30-43 

68.4 

I 

3-282 

-  38  37  42.  5 

69-3 

3 

19.66 

5474 

O.  Arg.  S.  12495  •    •    • 
38  Virginis             .... 

7-5 
6.0* 

45  44-  23 
46     i  .  03 

62.  9 

64  8 

6 
6 

3.220 
1.086 

-  29  15  12.4 
2  47  28.  8 

64.8 
66.8 

4 
4 

19.66 
19.65 

5476 

Weisse  XII,  786  ... 

8.4 

12   46   26.  15 

Vtf  .     U 

70.8 

3 

O 

+  3-o68 

+    o  52  19.9 

62.6 

4 

-  19-65 

5477 

Mer.  C.  Z.  173,  78  .    . 

46  41.07 

69-3 

i 

3-289 

-3843     i-o 

7i-3 

I 

19.64 

5478 

Tr.  Z.  234,9     .    .    .    . 

7-o 
8-5 

46  44.  25 
46  44.  65 

72.8 
72.8 

4 

2 

3.211 

3-  211 

|-  27  n  51.5 

65-3 

2 

19.64 

548o 

Mer.  C.Z.I  73,  79   .    . 

J 

8-5 

46  59-  72 

69-3 

2 

3.290 

-  38  44  46.  o 

69.4 

3 

19-63 

140 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

n 
V 
>s 

rt 
V 

~, 

ui 

1 

"o 

6 

% 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 

g 

£ 

0 

o 
6 

•z, 

Annual 
Precession, 
1860. 

1:481 

ib    Virginis             . 

4.8 

h.  m.       s. 

12   47      4.  ^ 

62.  o 

12 

s. 

4-    1    I  14. 

0           /           //• 

8  46  40.  8 

f)A      I 

•? 

// 

—    IQ    6l 

Jt"  • 

5482 

B.A.C.  4331    .    .    .    . 

6.0 

^1      t'  jj 

47   11-24 

72.8 

5 

1      j'  *  •  t 
3-330 

~  43  23    2.  3 

Wt|..     X 

68.4 

j 

2 

•V-  wj 
19.63 

5483 
5484 

Lacaille  5320   .... 
Weisse  XII,  803  ... 

6.8 
8.6 

47  19-43 
47  33-98 

65.8 
62.8 

2 

4 

3-3I5 

3-  "9 

-  41  31  48-9 
-    9  40  26.  4 

7>-3 
60.8 

2 
2 

I9.  63 
I9-63 

S48S 

O.  Arg.  S.  12520  .    .    . 

6.6 

47  58.  18 

64-5 

7 

3-228 

-  29  18  35-9 

64.8 

4 

19.63 

5486 

32  Camelopardi  (1st*)     . 

5.8 

12    48      O.  51 

62.3 

4 

+  o.  344 

-|-  84  10  44.  8 

71-5 

II 

-    ig.  62 

5487 

32  Camelopardi  (2d*) 

5-4 

48    8.  40 

62.3 

6 

0.340 

+  84  10  26.  7 

69.  i 

'5 

19.  62 

5488 

O.  Arg.  S.  12523  .    .    . 

8-3 

48  II.  91 

69.  I 

4 

3-212 

-  26  39  33-o 

67.9 

2 

19.  61 

5489 

Weisse  XII,  81  8  .    .    . 

6.8 

48  28.  76 

64.9 

5 

3.068 

+    o  48  53.  4 

57-2 

5 

19.  61 

5490 

Weisse  XII,  819  ... 

8.8 

48  29.  30 

62.6 

4 

3-077 

—    o  57  33.  5 

59-8 

2 

19.  61 

549' 

54Q2 

Weisse  XII,  820  ... 
rj     Virginis     

7.0 
1.  1 

12    48    29.40 
48    12.  Q1 

68.6 
69.6 

3 

c 

+  3-  086 
i.  OS2 

2  47  29.  9 

+           A          Q      -?  1       Q 

63-9 
67.  i 

2 

2 

-  19.61 

IQ.  6l 

j^y 

5493 

O.  Arg.  S.  12529  .    .    . 

j  j 
8.1 

•r**  o  ~-  yj 

49     2.  58 

*»y  v 

64-3 

j 
2 

j,  «rj« 
3-214 

H-      y    j*  •  y 

—  26  36  37.  I 

vt   j 
69.0 

3 

i  y,  u 

19.  60 

5494 

Weisse  XII,  834  ... 

7-5 

49     5-  29 

65-3 

3 

3-  '44 

-  14  ii   19.  8 

67.8 

2 

19.  60 

5495 

O.  Arg  S.  12533  •    •    • 

7-2 

49  J3-5° 

66.  7 

3 

3-215 

-  26  37  24.8 

69.4 

2 

19.59 

5496 

Weisse  XII,  835  ... 

8.0 

12  49  15.74 

67.0 

3 

+  3-073 

o  ii  33-3 

68.9 

2 

-  19-59 

5497 

B.A.C.  4345    .... 

6.7* 

49  27.08 

65.6 

9 

2.  840 

+  39    4  16-7 

55-0 

16 

19-59 

5498 

a     Canum  Venaticorum    . 

3.0* 

49  28.  55 

53-o 

84 

2.  840 

+  39    4  30-  3 

54-9 

33 

"9-59 

5499 

O.  Arg.  S.  12538  .    .    . 

8.0 

49  43-07 

67-3 

2 

3-I85 

-  21  24  45.  I 

70.7 

3 

19.59 

5500 
SWI 

M.Z.  224,43    .... 
8     Draconis 

7.6 
6.0* 

49  50.49 

12   4Q    <;  1    22 

68.0 
67.  o 

4 

3-255 
+    2   4.17 

-  32  23  48.  2 
_|_  66  1  1  54.  8 

65-4 
62  i 

2 
1 

19.58 
—    IQ.  58 

3  J 
55°2 

Lacaille  5340   .... 

7.0 

*ty  jj- 

49  59-72 

63.8 

2 

'  T1*  / 

3-250 

—  31  32  28.8 

o 

70.3 

j 

2 

y    j 

19.58 

5503 

SW4 

Lacaille  5342   .... 
Anonymous  . 

7.0 

50  16. 
50  18.  29 

6?    A. 

2 

3-301 

?,    -1QA 

-  38     9  32-5 
—  ^8  ii 

71.3 

3 

19.58 

IQ.  ?8 

J  j    ^ 
55°5 

Weisse  XII,  857  ... 

8.2 

5°  35-44 

1  '  T" 

69.  I 

5 

J'  3    ^ 

3-  "43 

j"  j* 

•    13  35  '4-9 

65-3 

2 

y    jv 

19-57 

5506 

Weisse  XII,  859  ... 

6.5 

12  50  43.27 

68.9 

2 

+  3-  H6 

-  H  13  37-6 

69.0 

3 

-  19-57 

55°7 

Lacaille  5346   .... 

7-5 

5i     7-38 

64.7 

3 

3-306 

-  38  20  53.0 

68.7 

2 

19.56 

5508 

Tr.  Z.  228,  33  .... 

8-5 

5  1   10.  06 

67.4 

2 

3-3I5 

-  39  20    7.8 

73-4 

2 

19.56 

55°9 

Weisse  (2)  XII,  1019  . 

8.2 

51   14.  16 

68.4 

2 

2.844 

+  37  29  1  1.  8 

46-3 

2 

19.56 

5SIO 

Lacaille  5347    .... 

7.0 

51   16.  17 

66.3 

2 

3-348 

—  42  56  51.0 

71-3 

4 

19.56 

55" 

Lacaille  5348    .'  .    .    . 

7-5 

12  51  21.74 

63.  I 

3 

+  3-  238 

-  29  14  28.  7 

63.0 

J 

-  19-55 

5512 

Weisse  XII,  878  ... 

8.2 

51  48.51 

62.8 

5 

3-079 

i   '9  23.3 

58.4 

2 

"9-55 

55'3 

Weisse  XII,  880  .    .    . 

7-5 

51  50.94 

73-2 

5 

3-  1  20 

-     9     5     '-5 

71-3 

2 

'9-54 

55H 

O.  Arg.  S.  12564  .    .    . 

8.0 

51  58.  18 

67-3 

2 

3-  '90 

—    21    22    13.4 

73-7 

3 

'9-54 

55'5 
??i6 

Tr.  Z.  224,  12  .... 

k    Virginis 

7-8 
6.  o* 

52  19.93 
12  52  26.  88 

68.3 
68.  3 

2 

3-287 
-f  3.  088 

-  35  25  29.4 
—     11  20.  i 

65-3 
71.  7 

2 

6 

19-53 
—    IQ.  ?1 

J  3 

55'7 

O.  Arg.  S.  12573  .    .    . 

7-i 

S2  43-17 

64-3 

3 

3.  202 

j    j  *^"  j 
-  23     9  26.5 

/  j   i 

69-3 

2 

y    jj 

"9-53 

55'8 

Lalande  24193     .    .    . 

8.2 

52  43-65 

59-4 

2 

3.069 

+     o  31  34.0 

56.3 

3 

'9-53 

5519 
552O 

O.  Arg.  N.  13191     .    . 
46  Virginis    

8-3 
6.  ? 

52   58.  20 
e-?   21.  52 

76.5 

7O  6 

4 
4. 

2.249 
-1.086 

+  69  27  46.  7 
—    2  36  52.  7 

73-9 
67.  9 

4 

2 

19.51 
19.  51 

J  J 

J 

jj      j   j 

/ 

1 

j 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


141 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

!• 

• 

OJ 

>^ 

• 

<u 

S 

1 

<M 

o 

d 

2 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 
5, 

s 

1 
•8 

d 
X 

Annual 
Precession, 
1860. 

C  C  1>  I 

e.o« 

h.  m.      s. 
12  53  34-  24 

59.8 

2 

s. 
+   2.882 

0           /           // 

+  31  32  26.4 

57.  7 

5 

// 
—  19.  51 

5521 
5522 

Weisse(2)  XII,  1066  . 

j     v 

7-o 

53  44-  24 

62.9 

2 

2.874 

f  32  32    7-5 

67.4 

2 

19.51 

5523 

Groombridge  1947  •    • 

8.0* 

53  45-  78 

73-5 

5 

2.239 

+  69  31  55-4 

72-7 

3 

19.51 

5524 

Lacaille  5363  .    .    .    . 

7-o 

53  59-62 

68.3 

2 

3-324 

-  38  5'  45-5 

67.8 

2 

19-5° 

5525 

Weisse  XII,  918  .    .    . 

8-3 

54    4.  66 

63.0 

4 

3.129 

-  10  24     3.3 

56-4 

2 

19.50 

5526 

Lacaille  5364  .... 

8-5 

12  54    4.92 

62.4 

2 

+  3-2" 

-  23  54  38-  3 

64.9 

2 

-  I9-50 

5527 

O.  Arg.  S.  12588  .    .    . 

7-5 

54  10.50 

64.6 

4 

3-253 

-  30    4  38-  3 

67.9 

2 

19.50 

5528 

B.  A.  C.4363   -    •    •    • 

7.0* 

54  22.  76 

62.4 

3 

3.  060 

+     2  16  31.5 

65-3 

2 

19.49 

5529 

r  r  }(-> 

Weisse  XII,  929  .    .    . 

8.2 

5-  2 

54  25.65 
54  36.  93 

60.6 
62.0 

3 
3 

2.994 

2.316 

+  13  55  22.5 

4-    67    21     II.  O 

55-9 
69.  7 

6 
5 

19.49 
19.49 

55  J° 
5531 

78  Ursae  Majoris   .... 

5.0* 

12  54  42.  80 

63-4 

3 

+    2.  583 

+  57     7  "6-7 

58.4 

4 

-  19-49 

5532 

Weisse  XII,  933  .    .    . 

9.0 

54  43-  22 

61.3 

2 

2.994 

+  13  55  43-  i 

55-9 

2 

19.49 

5533 

Lacaille  5367       .    .    . 

6-9 

54  47-  79 

70.8 

5 

3-237 

-  27  31  56.2 

68.7 

3 

19.48 

5534 

r  r  7  r 

Lacaille  5368  .... 

6-5 
5.0 

54  49-  38 
55  I2-45 

62.8 
60.  9 

2 

4 

3-  244 
3.  006 

-  28  30  40.  6 
+  ii  42  44.  s 

69-3 
56.8 

2 

5 

19.48 
19.  48 

5535 
5536 

Lacaille  5371   .    .    .    . 

7-8 

12  55  19.68 

66.9 

3 

+  3-  284 

-  33  32  '7-3 

69.4 

2 

-   19.47 

5537 

Lacaille  5374  .... 

7-7 

55  46.36 

63-4 

2 

3.250 

-  28  54  38-3 

70.7 

3 

19.46 

5538 

Lalande  24271      .    .    . 

7-5 

55  48.  80 

68.3 

2 

2.819 

+  38    6    4.  7 

65-4 

3 

19.46 

5539 

B.  A.  €.4369    .    .    .    . 

7-° 

56    3-24 

66.9 

3 

3-286 

-  33  29  49-° 

69.4 

2 

19.46 

5540 

O.  Arg.  S.  12615  .    .    . 

7-8 

56  19-13 

64-3 

2 

3-224 

-   25      2   57.3 

65.4 

2 

19-45 

5541 

C  C/t  "> 

Lacaille  5379  .... 

7-6 
8-4 

12   56   24.  19 

56   37.  08 

69.4 

64.  9 

4 

5 

+  3-215 
3-  i?1 

—  23  45  55-6 
-  16  51  58.  3 

70.4 
73-9 

3 

4 

-  19-45 
19.45 

.  554-^ 

C  C  A  1 

6.0* 

56  41.72 

69.  1 

4 

3.089 

-    2  54  32.  7 

54-4 

2 

19.44 

5543 
5544 

M.Z.  242,45    .    .    .    . 

9-5 

56  45-81 

64.9 

2 

3-3I9 

-  37     2  24.6 

69.9 

2 

19.44 

5545 

Lacaille  5382  .... 

6.0 

56  47.  66 

7'.  3 

4 

3-244 

-  27  39    5.9 

64.7 

3 

19.44 

5546 

C  C  A  7 

O.  Arg.  S.  12620  .    .    . 

Anonymous           . 

8-5 

O.  3 

12   56  47.83 
56  48.  24. 

64.9 
67.3 

2 
2 

+  3-232 
3-  '59 

—  25  55  54-  9 

—  •   14   ^4 

69.4 

2 

-  19-44 
19.44 

5547 
5548 

O.  Arg.  S.  12626  .    .    . 

y  j 
9-« 

J       V     ^ 

57  35-i8 

/      J 

67.3 

2 

3-  l6° 

**T      JT 

-    14  44  39-9 

75-4 

I 

19-43 

5549 

Lacaille  5387  .... 

7-5 

57  35-39 

66.4 

2 

3-248 

-  27  45  53-4 

67-3 

2 

19-43 

555° 

O.  Arg.  S.  12629  .    •    • 

8.4 

57  36-84 

64.8 

4 

3-  '73 

-  16  55  21.6 

65.9 

2 

19-43 

5551 

O.  Arg.  S.  12630  .    .    . 

9-4 

12  57  53-37 

6S-4 

2 

+  3-  160 

-  '4  5i 

.       . 

. 

-  19-42 

5552 

M.Z.  238,  17    .    .    .    . 

7-3 

58      2.  29 

64-3 

3 

3-3°i 

-  34  21  37.9 

71-5 

5 

I9-42 

5553 

B.  A.  C.4378   .    .    .    . 

5-2 

58  40.  12 

69.8 

4 

3-364 

—  40  50  14.  i 

70.4 

3 

19.40 

'5554 

Radcliffe  2959     .    .    . 

8.4* 

58   50.  76 

61.8 

2 

0.003 

+  83  41   17.8 

60.0 

5 

19.40 

5555 

B.  A.  0.4382   .    .    .    . 

6.5* 

59    4-  04 

60.  3 

3 

3-I58 

-  14     9  58.  3 

54-4 

3 

'9-39 

5556 

B.  A.  0.4383    •    •    •    • 

5-5 

>2  59    7-33 

68.3 

2 

+  3-312 

-  35    6  3'-3 

66.8 

2 

19-39 

5557 

14  Canum  Venaticorum  . 

5.0* 

59  11-32 

71.0 

3 

2.819 

+  36  32  57-o 

46.6 

3 

19-39 

5558 

CCCO 

Lacaille  5405  .... 

7-5 
5-5 

59  58.77 
13     o  27.46 

63.7 
46.8 

7 
4 

3.269 
2.884 

—  29  41     6.  2 

4-    28   22   35.  I 

64.8 
68.4 

2 
2 

19-37 
19.36 

jjjy 

5560 

Weisse  XII,  1036    .    . 

9.0 

o  30.  32 

66.6 

3 

2.991 

+  '34  3'-  ' 

67.4 

2 

19.36 

142 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

a 
ju 
>* 

i 

% 

1 

tM 

O 

6 
£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

h 

rt 

QJ 
X 

u 

% 

1 
'o 

o 

2 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

556i 

CC62 

O.  Arg.  S.  12662  .   .    . 
49  Virginis     

7-7 
c.  c 

13    033-55 

O    •?•*.  Q4 

68.9 
60.6 

2 
2 

+  3-253 
3-  134 

-  27  27  20.  7 
9  59  26.  9 

65.3 

70.  I 

2 

3 

-  '9-36 
19.  36 

JJ^-" 

5563 

Lacaille  5407   .... 

J     J 

6.0 

JO     3^T 

o  35.18 

68.8 

2 

3-321 

-  35  28  33.  3 

65-3 

2 

I9-36 

5564 

Weisse  XII,  1038    .    . 

9.0 

0   35-91 

64.  o 

3 

2.991 

+  '3     i  24-8 

65.3 

2 

19.36 

5565 

DM.  +  12°,  2557    .    .. 

9.0 

o  42-  '3 

68.9 

2 

2.992 

+  12  50     1.7 

57-3 

2 

19.36 

5566 

Weisse  XII,  1047    .    . 

8.8 

13     '     6.25 

69-3 

2 

+  2.991 

-f   12  56  36.  8 

55-4 

2 

-    19-35 

5567 

O.  Arg.  S.  12671  .    .    . 

7.6 

i     8.05 

65-4 

3 

3.  222 

-  23    4  23.5 

70.4 

3 

19-35 

5568 

^60 

Weisse  XII,  1054    .    . 
^    Hydras  

8.8 
4-5* 

i   18.48 
i  3  1  .  07 

68.9 
57-4 

2 
2 

2.992 
3.218 

+  12  49    0.3 

—   22    22      7.  I 

57-3 
71.  9 

2 

4 

19-34 
19.  34 

jj^y 

5570 

CC7I 

Weisse  XII,  1063    .    . 

7.0* 
6.0* 

i  45.  28 
n    2  2"j.  8<; 

71.4 
64.  3 

2 
2 

3-035 

+  3-  133 

+     5  58  47-4 
—     9  34  51.  4 

7i-3 
70.  5 

2 

6 

'9-33 
—  19.32 

j  j  1  * 

5572 

CC77 

Weisse  XIII,  16  .    .    . 

6     Virginis     ...         . 

9.0 
4.  5* 

*  j       •  *    •*•  j'      j 
2   42.  II 
2  42.  24 

66.2 
64.8 

5 
1  2O 

3-  102 

3-  102 

-     4  47 
4  47  26.  4 

63.3 

15 

'9-31 
19.  31 

jj  i  j 

S574 

O.  Arg.  S.  12687  •    •    • 

^     J 

8.0 

2  47-93 

76.3 

I 

3.  226 

~  23     6  51.3 

J    J 

72.0 

3 

"9-3i 

5575 

Lalande  24463     .    .    . 

9.0 

3     6.74 

67.0 

3 

2.988 

+   13     4     3-2 

54-5 

5 

19-3° 

5576 

B.  A.  €.4407    .... 

5-5 

13    3  10.  96 

71.0 

3 

+  2.786 

+  38  10  12.7 

47-° 

3 

-  I9-30 

5577 

B.  A.  C.  4405     .... 

5-3 

3  ii-  18 

66.3 

2 

3-394 

-  41  29     7.8 

71-9 

4 

19.30 

5578 

^?7Q 

Lacaille  5426  .... 
Anonymous  

5-5 
8.0 

3  42-  63 
3  ?2.  18 

65-3 
69.  3 

2 
2 

3-323 
3-  346 

-  34  23     4.0 
-  36  39    6.  o 

70.3 
68.3 

2 

3 

19.29 
19.  28 

JJI  7 

5580 

Weisse  XIII,  33  ... 

8.0 

O     J 

3  57-  ii 

68.8 

2 

3-H5 

—  ii   10  50.  i 

63-4 

2 

19.28 

S58l 

Lacaille  5428  .... 

6-3 

13    4    2.85 

66.3 

2 

+  3-250 

-   25   48   22.  I 

67.4 

2 

-     19.  28 

5582 
ccg^ 

Weisse  XIII,  44  .    .    . 

53  Virginis                     .    4 

8.8 
?  o 

4  18.  36 

4    ^6    7Q 

69.0 
64.  o 

3 

C 

2-987 
3.  17? 

+  12  57  32.8 
—  15  26  34.  5 

56.4 
67.  q 

2 
2 

19-27. 
19.  26 

JJ    0 

5584 

Weisse  XIII,  50  ... 

j 
9.0 

•f-    jw-  /  y 

4  39-  34 

wtf  .    u 

61.4 

J 
I 

j      /  j 
2.986 

+  '3    5  io-  o 

/    y 

68.1 

3 

19.  26 

5585 

^86 

Lacaille  5440  .... 
/3    Comae    

7-7 
4.  q* 

5  18.  14 
ii     $  20.  1  8 

62.4 
60.  4 

2 
2 

3-275 
+    2.  867 

-  28  21  20.  3 

-4-  28  35  23.  o 

69-3 
64.8 

2 
IO 

19.25 
-  19-  25 

J  J 

5587 

B.A.C4423 

T^     J 

6.0 

O       J 

5  34-  86 

65.4 

2 

2.990 

-f-   12  18     7.0 

58.0 

6 

19.24 

5588 

M.  Z.  243,  119     ... 

8.0 

5  52.97 

67-3 

2 

3-339 

-  35  12    6.5 

69.4 

2 

19-23 

55.89 

Weisse  XIII,  81  .    .    . 

7.8 

6     8.  14 

67-3 

2 

3.090 

2  45     1.6 

65-3 

2 

'9-  23 

5590 

Weisse  XIII,  87  ... 

8-5 

6  30.88 

65.9 

2 

3-145 

-  io  48  36.0 

63-3 

3 

19.  22 

5591 

B.  A.  €.4431    .    .    .    . 

6-5 

13    6  49.  61 

66.0 

3 

+  3-057 

+      2    12      3.9 

68.9 

2 

-    ig.  21 

5592 

Laciille  5454  .... 

6.7 

6  52.  89 

65.9 

2 

3.240 

-    23   32   30.9 

65-9 

2 

19.  21 

5593 

Lalande  24579     •    •    • 

6.0 

7     8.63 

68.4 

2 

2-774 

+  37  37  5'-  8 

56.7 

3 

19.  2O 

5594 

Lacaille  5457   .... 

6-5 

7  17-99 

68.8 

2 

3-349 

-  35  37  43-  i 

68.7 

3 

19.  2O 

5595 

O.  Arg.  S.  12733  •    •    • 

8.0 

7  21.50 

67.4 

2 

3.291 

-  29  26  18.  i 

70.0 

3 

19.  ao 

559° 

B.A.  C.4433    .    .    .    . 

5-o* 

13    7  21.66 

65-4 

2 

+    2-  736 

+  40  53  42-  8 

57-4 

4 

-    I9.2O 

5597 

Weisse  XIII,  104    .    . 

6-5 

7  32-14 

61.4 

2 

2.989 

+   12    4  34-6 

60.7 

3 

19.19 

5598 

S  1510  (ist*)  .... 

7-5 

7  36-  26 

63-4 

2 

3-145 

-    io  36  54.8 

69.0 

38 

19.  ig 

5599 

2  1510  (2d*)   .... 

8-3 

7  39-  56 

63-4 

2 

3-'4S 

-  io  36  19.  9 

69.0 

3 

19.19 

5600 

Lalande  24598     .    .    . 

9.2 

8  20.  03 

65.4 

2 

3-  i°6 

-    4  53  29-  5 

67.4 

2 

19.17 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


'43 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860,0. 

rt 
O 
>t 

e 

rt 
<u 

?. 

1 

"o 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

Mean  year. 

1 
"o 
6 
Z 

Annual 

Precession, 
1860. 

i;6oi 

4.  5 

h.  m.      s. 
13     8  24.  99 

57-4 

2 

s. 
+  3.  209 

0         /              // 

—    10    II    SI  .  S 

68.4 

2 

// 

—     IQ    17 

j 

5602 

Lalande  24615      .    .    . 

6.8 

8  40.  54 

69-3 

2 

2-783 

&           j      j 

+  36  ii   14.  6 

U,   *f 

72.1 

3 

*y*  */ 

19.  16 

5603 
c6o4 

Lalande  24610     .    .    . 

7-9 
5.0 

8  48.21 
9    7-  I2 

65.4 
76.4 

3 

2 

3-  ioO 
3-  3°9 

4  55  33-5 

—    "?O  4-1    t,O.  7 

66.7 
72.  7 

3 

-3 

19.  16 

TO     I  C 

yw*t 

5605 

Lacaille  5467    .... 

7-4 

9    8.  82 

62.  4 

2 

3-30° 

O        "J     J        / 

-  29  51    5.3 

/    -  / 
66.9 

J 

2 

•  y«  «j 

19-  '5 

5606 

Lalande  24624     .    .    . 

7-4 

13    9  24.  75 

65-4 

2 

+  3-  i°6 

4  49  51-  ' 

67.9 

2 

-   19-  H 

56°7 
5608 

Weisse  XIII,  145     .    . 

8.2 

6.0 

9  46.  28 
9  50.05 

69-3 
45.4 

2 

I 

3-052 
3.  ooo 

+     2  55  38.  6 

-J-     IO      Q    21.   J 

65.0 

68.  5 

3 

2 

'9-  '3 

IQ    I  "? 

c6oo 

58  Virginis     

6.5 

10     7.  26 

61.1 

6 

3-  '42 

t                               7           J*    J 

—     q  4.8   27.  I 

'*"  J 

68.4 

2 

*  y-  J  j 

IQ    12 

j     y 
5610 

Lacaille  5478   .... 

7-5 

10  42.04 

67-3 

2 

3-284 

y  M^        /  •  * 

-  27  35  27.3 

69-3 

2 

»y»  «* 

19.  II 

5611 

Weisse  (2)  XIII,  192  . 

8.0 

13  10  46.94 

68.9 

2 

+  2.806 

+  33  13  49-4 

72.1 

3 

19.  II 

5612 
c6i  3 

Weisse  XIII,  169     .    . 

6  1   Virtiinis             .... 

S.o 

4-  5 

II       2.  06 
II       5.05 

69-3 
62.3 

2 
2 

3.108 

3.  2OI 

530-o 

—    17    12      I    O 

68.3 

6?    4. 

2 
2 

19.  10 

IQ.  IO 

Dulo 
e6i  A 

4-  5 

II     18.97 

45-  4 

4 

O 

3.  241 

*  /    o*      •*  ** 

—    22    2C.    CA    C 

/       *T 

72    6 

c 

1  0    OQ 

jwlif 
5615 

Weisse  XIII,  181     .    . 

9.0 

II    42.  78 

65.4 

2 

J'    *"T-* 
3.085 

J      JT"   J 

1  47  33-3 

/ 

58.6 

j 

5 

i  y.  uy 
19.08 

5616 

B.  A.  C.  4455  -    ... 

7.0 

13    12   22.O3 

65-9 

2 

+  3-  152 

-  10  56    5.  8 

68.4 

2 

-    1  9.  06 

5617 

O.  Arg.  S.  12800  .    .    . 

8-5 

12  41.23 

76.4 

2 

3-256 

-  23  46  17.  i 

68.7 

2 

19.  06 

5618 

cfjlo 

O.  Arg.  S.  12802  .   .    . 
62  Virtjinis             .... 

7-5 
6.7 

12  48.58 
12    SO.  OI 

66.8 

70.  4 

2 
2 

3.282 

•i    I  CQ 

-  26  40  21.  8 

—    IO    74.       2    8 

70.8 

71    7 

2 

19.05 
In   nc 

juiy 
5620 

Weisse  (2)  XIII,  241  . 

9-5 

jy 
'3    3-°3 

71.4 

I 

J'  *JW 

2.769 

•w    J*t 

+  35  52  30-  i 

/  *  -  / 
71-4 

3 

19.  05 
19.04 

5621 

Weisse  XIII,  208    .    . 

9.0 

13  13    6.  81 

60.4 

2 

+  2.992 

+  10  44  14.4 

58.0 

6 

-    19.04 

5622 

O.  Arg.  S.  12808  ,   .    . 

7-5 

13    9.08 

65.4 

3 

3-25° 

-  23     i  36.  i 

67.9 

2 

.19.04 

5623 

Lacaille  5499   .... 

6.8 

13  27.12 

62.4 

2 

3-257 

-  23  44     5.8 

68.9 

2 

19-03 

5624 

O.Arg.  S.  12811  .    .    . 

6.0 

13  27.72 

68.9 

2 

3-239 

-  21  38  48.  6 

67.8 

2 

19.03 

5625 

B.  A.  €.4462    .... 

7.0 

13  29.48 

61.4 

2 

3-031 

+     5  33  47-  2 

67.4 

2 

19.03 

5626 

Lalande  24750     .    .    . 

8-3 

13  «3  36.  33 

68.8 

2 

+  2.975 

+  12  59     6.1 

70.9 

4 

-  '9-03 

5627 

Weisse  XIII,  218     .    . 

9-5 

13  5°-  75 

65.9 

2 

3.064 

+     i     5 

19.  O2 

5628 

Lacaille  5503    .... 

7.2 

13  55-33 

68.8 

2 

3-373 

-  35  22  35.  7 

65.4 

4 

19.  O2 

5629 

Lacaille  5502    .... 

7.0 

'3  57.98 

64.4 

4 

3-405 

-  38     7     2.9 

70.9 

2 

I9.O2 

5630 

Weisse  XIII,  223    .    . 

7.2 

14  13.08 

65-4 

2 

3-155 

-    II      O  41.6 

67.9 

2 

ig.OI 

5631 

Weisse  XIII,  225    .    . 

9.0 

13  14  15.90 

62.9 

2 

+  3-097 

3    22      0.  I 

70.4 

2 

--    ig.OI 

5632 

Weisse  (2)  XIII,  265  . 

7-7 

14  20.  37 

7i-5 

I 

2.663 

+  43  50  59-  8 

71.4 

2 

I9.OI 

5633 

B.  A.  C.  4468  .... 

6.0* 

14  28.  28 

60.3 

2 

2.958 

+  '4  53     5-o 

54-4 

3 

ig.OI 

5634 

Lacaille  55  10    .    .    .    . 

7-  i 

14  48.  58 

63-8 

4 

3-273 

-  25     6  25.0 

66.8 

2 

ig.OO 

5635 

Weisse  (2)  XIII,  274  . 

7.0 

H  49-55 

68.3 

2 

2.730 

+  38  35  3i-  i 

51.1 

6 

19.  oo 

5636 

Weisse  (2)  XIII,  278  . 

9.0 

"3  H  5°- 

+  2.730 

+  38  32  57-8 

74-4 

2 

-  18.99 

5637 

Weisse  XIII,  235    .    . 

8.0 

14  56.59 

63-4 

3 

3-  102 

3  55  4i-4 

7i-7 

3 

18.99 

5638 

c6io 

Lacaille  5514  .    .    .    . 
65  Virginis     ...        .    . 

7.0 
6.0 

15  17.62 
16     i  76 

65-2 
6c  A 

6 

2 

3.346 

31QA 

-  32  27  23.  i 

—      All    27    1 

67.9 
66.8 

2 
2 

18.98 

1  8.  96 

oujy 
5640 

Lalande  24816     .    .    . 

7-2 

*     j-  /  " 
16  35.42 

^J"  T1 

64.3 

2 

•  **"™f 

3-271 

T-    *  *    *  l  •  j 

-  24  23  52.  3 

64.4 

2 

18.95 

144 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

CJ 

U 

>-> 

1 
S 

£ 

o 
o 

£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

• 

1) 
>, 

c 

rt 

u 

s 

1 
o 
6 
fc 

Annual 
Precession, 
1860. 

h.   m.      s. 

s. 

0            /             // 

// 

5641 

Lalancle  24841      .    .    . 

7.0 

13   17     8.56 

76.4 

3 

+  2-699 

+  40     9  39-  2 

68.4 

2 

-  18.94 

5642 

Weisse  XIII,  268    .    . 

8.2 

'7  "•  17 

62.  9 

2 

3.069 

+     o  24  59.  I 

59-4 

5 

18-93 

5643 

5644 

B.A.C.4479    .... 
a     Virginis     

6.5 

I     T. 

17  32.89 

I  7    4.Q.  T.2 

64.8 

IT.  I 

2 

326 

2.728 

•J     I  CA 

+  37  45  56.  3 

-      IO    2S    4C.  8 

57-4 

$1.  7 

4 

60 

18.92 
18.  91 

y*Tt 

5645 

C     Ursie  Majoris    .... 

o 

4.0 

i    Vf   J 

18  17.  18 

j  / 
68.3 

Jw<* 

2 

O       J^ 

2.417 

•J      *TJ  -   u 

+  55  39  26.  5 

j  J    / 
67,I 

3 

18.90 

5646 

li.A.  €.4486    .... 

6-5 

13  18  18.  10 

68.3 

2 

+  2.417 

+  55  39  i4-o 

68.4 

2 

18.90 

5647 

Weisse  XIII,  294    .    . 

7-3 

1  8  54.68 

61.9 

4 

3-095 

2  55  53-2 

58.6 

4 

18.88 

5648 

C64Q 

Tr.  Z.  224,  28  .... 
i     Virginis     

8.5 

c  8 

'9    4-54 

IQ      IQ     6^ 

64.6 
71.4 

4 

2 

3-387 
3-  168 

-    34  53  23-9 
—  ii  58  19.  8 

68.9 
72.6 

3 

i; 

18.87 
18.87 

j"ty 

565° 

Weisse  XIII,  303    .    . 

j 
9.6 

*if     y     j 
19  26.33 

/  ••  *t 

65-3 

2 

3-053 

ju    jy  •  « 
+       2    27    50.2 

/ 

67.4 

0 

2 

18.86 

5651 

Weisse  XIII,  304    .    . 

8.2 

13    19  29.  II 

64.7 

3 

+  3-n6 

•     5  34  21.5 

68.9 

2 

-  18.86 

5652 

g     Urste  Majoris   .    .    . 

5-2 

19  37.00 

68.3 

2 

2.404 

+  55  43     5-4 

68.4 

3 

18.86 

5653 

Weisse  XIII,  312    .    . 

8.6 

19  52.  26 

63.8 

2 

3.056 

+     i  57  37-8 

68.9 

2 

18.85 

5654 
?6?s 

Tr.  Z.  224,  29  .... 
69  Yirginis     

7.8 

C      C 

19  59.00 

IQ    10    4O 

67.6 
64.  -I 

3 
2 

3-391 

7    TO? 

-  34  66  29.  9 

—    I  C    14.  47.  4 

65.4 
60.  4 

2 
2 

18.85 
18.81; 

j  j  j 
5656 

Lacaille  5553   .... 

J'  J 

6.0 

4  V    j  y  •  *t" 
13    20    18.86 

Vmt'    J 

65.8 

2 

j'  *y/ 

+  3-293 

3        ^    fl't 
-     25     40    28.4 

"y  -t 
70.4 

3 

'•  "J 

-  18.84 

5657 

Weisse  XIII,  318    .    . 

9.0 

20    19.  28 

67.7 

3 

+  3-069 

+      0   21       5.  I 

63-9 

2 

18.84 

5658 

B.  A.  C.  4498    .... 

6.0* 

20   24.45 

62.  o 

3 

-  2.749 

+    85    29    13.0 

70.  I 

4 

18.83 

5659 

M.  Z.  224,  67    .... 

8.9 

2O  41.  15 

6S.I 

3 

+  3-369 

-  32  45  13-  1 

73-4 

2 

18.82 

5660 

Lacaille  5559   .... 

7-3 

20  48.  14 

62.4 

2 

3-304 

—    26   40   22.  O 

69.4 

2 

18.82 

5661 

Weisse  XIII,  324    .    . 

9.0 

13    2O   52.90 

67.I 

3 

+  3-069 

+     °  24-39-0 

62.4 

2 

-  18.82 

5662 
5663 

B.  A.  C.  4496    .... 
Weisse  XIII,  331    .    . 

6.8 

7-5 

21      5.91 
21      9.71 

63-4 
65.9 

3 

2 

3-073 
2.998 

-     o     5  52.8 
+     954-1 

69-3 
56-4 

3 
4 

18.81 
18.81 

5664 

M.  Z.  238,  30    .... 

7.0 

21    24.99 

64.  2 

2 

3-396 

-  34  .50  32-  9 

66.3 

2 

1  8.  80 

5665 

Weisse  XIII,  334    .    . 

8.6 

21    26.73 

68.4 

2 

3.011 

+     7  25  46.  7 

56.3 

3 

1  8.  80 

5666 

Lacaille  5563   .... 

7-6 

13  21  45-99 

62.4 

2 

+  3-306 

-  26  39  46.  i 

69.4 

2 

18.79 

5667 

Weisse  (2)  XIII,  419  . 

8.7 

21    52.49 

62.O 

3 

2.824 

+  27  56  25.2 

68.9 

2 

18.79 

5668 

71   Virginis     

6.0 

22  1  6.  88 

64-3 

3 

2.976 

+  "  32  43-8 

66.8 

2 

18.78 

5669 

Weisse  XIII,  354    .    . 

9.0 

22   25.  63 

65-3 

5 

3-052 

+     2  26     5.3 

66.3 

2 

18.77 

5670 

B.A.  0.4506    .    .    .    . 

6.0* 

22  33-97 

76-3 

2 

1.520 

+  73     7     9-2 

73-2 

2 

18.77 

1 

5671 

Weisse  (2)  XIII,  437  . 

8.2 

13   22  46.48 

68.8 

2 

+  2.716 

+  37     2  12.0 

65.0 

3 

18.76 

5672 

O.  Arg.  S.  12908  .    .    . 

7-5 

22   49.  60 

66.8 

2 

3.272 

—  22  55  25.3 

69.4 

2 

18.76 

5673 

O.  Arg.  N.  13647     .    . 

9.0 

22   50.71 

69.4 

I 

2.  184 

+  61  57     2.  i 

62.3 

I 

18.76 

S674 

B.  A.  €.4507    .    .    .    . 

5-o 

22   56.  26 

65.4 

3 

3-451 

-  38  41     o.  8 

70.4 

2 

18.76 

5675 

Weisse  XIII,  365    .    . 

6-5 

22    58.91 

63-2 

5 

3.006 

+     7  54  'I-  6 

58.6 

5 

18.76 

5676 

Weisse  XIII,  370    .    . 

8.0 

13  23  21.88 

70.6 

3 

+  3-°°4 

+     88  21.9 

56.9 

2 

-  i8.74 

5677 

Lalande  24977     •    •    • 

7-5 

23    24.09 

68.9 

2 

3-293 

-  24  55  57-  i 

66.4 

2 

i8.74 

5<J78 

^67Q 

Lament  4065    .... 
Anonymous  .    .    . 

8.4 

9     A 

23   30.  8l 

27    A.1    Q2 

68.4 
66  4 

2 

3.085 

3.  4OO 

i  33     3-3 

—   34   34 

68.4 

4 

i8.74 
18.73 

J      /  ? 

5680 

DM.  +  8°,  2723  .    .   . 

•  T- 

»• 

*-j  *tj-  y^ 

23  44-  37 

*-"•*•  T1 

68.4 

2 

J'  I-"" 

2.998 

j^  j^ 
4-     8  48  11.2 

57-4 

2 

iS-73 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

o 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

Mean  year. 

1 
"o 

6 
K 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

°          /            // 

// 

5681 

Lacaille  5573   .... 

6.  2 

13  23  46.91 

64.4 

5 

+  3-320 

-  27  23  21.8 

72.4 

3 

-   18.73 

5682 

O.  Arg.  S.  12920  .    .    . 

7-3 

23  55-94 

64.3 

3 

3-352 

-  3°  >9  55-7 

67.9 

2 

18.73 

5683 

Lament  4068    .... 

7-5 

23  58.03 

08.6 

4 

3.085 

i  32  20.  6 

69.4 

4 

18.  72 

5684 

Weisse  XIII,  392    .    . 

9.0 

24  24.  26 

63.3 

3 

2.998 

+     8  46  42.  i 

57-4 

i 

18.71 

5685 

5686 

Lalande  25012     .    .    . 
fl    Virjjims 

7.0 
e  o 

24  34-  27 

II    24.  41.  1$ 

76.4 
66.6 

3 

7 

3.086 

-1-      7.    I  IQ 

i  36  1  6.  6 

—     c  1.1   S4.  7 

68.9 
61.  o 

4 

2 

18.  71 
—  18.70 

5687 

B.  VI.  +62°,  1301  .    . 

j-  ** 
8.6 

*  J      *-*T     *T  •  '   O  J 

24  45-  >7 

76.4 

J 

2 

r     J         7 
2.  164 

j  j    j^f  i 
+  61  58  34.4 

74-4 

J 
2 

**•/** 

18.70 

5688 

Lacaille  5580  .... 

6.0 

24  48.  64 

63-4 

2 

3-329 

-  27  58  13.4 

69.8 

2 

18.70 

5689 

Lacaille  5582   .... 

7-6 

25     9.21 

62.9 

2 

3-307 

-  25  51  56.5 

68.3 

2 

18.69 

5690 

B.  A.  €.4519    .... 

6.0* 

25   1  1.  06 

60.  9 

2 

2.  622 

+  42  49  37-7 

53-7 

6 

18.69 

5691 

C6O2 

Weisse  XIII,  413     .    . 

7c   Yiruinis 

7-6 

c   o 

13  25  16.04 

2C    2?.  14. 

63-7 
64.8 

3 

2 

+  3-OIZ 

-1      IQQ 

+     7     4  19-4 

—    14.    ^8    3O   6 

55-4 
68.7 

2 
2 

—  18.68 
1  8.  68 

jv/yi. 
e6Q7 

/i     \  ircinis 

j"  w 

C      A 

*"j    *J'  *^ 

2C  T.C.  88 

Cn    o 

7 

j      yy 
1    1^7 

"T     Ou     O 

—      Q    26    72.  2 

**"   / 

68.  i 

O 
7 

18.67 

J^yj 

5694 

Lalande  25043     .    .    . 

J1    T- 

8.0 

J     JJ 

25  44-68 

jy  v 
65.4 

i 

2 

J-     J  j 

3.087 

y    •**    J*" 

I    42       8.7 

75-4 

o 

2 

18.67 

5695 

B.  A.  C.  4527   .... 

5-4 

25  47-77 

66.4 

2 

0.468 

+  79  22    3.  i 

70.8 

4 

18.67 

5696 

Weisse  XIII,  426     .    . 

6.0 

13  26     5.76 

69-3 

2 

+  3-  «3' 

•     6  54     7.7 

66.9 

2 

—  18.66 

5697 

M.  Z.  242,  62  .... 

8.0 

26  59.  63 

67-3 

2 

3-443 

-  36  50  1  1.  5 

68.8 

2 

18.63 

5698 

O.  Arg.  S.  12959     •    • 

8.9 

27     2.07 

71-4 

2 

3-320 

-  26  34  17.6 

70.0 

5 

18.63 

5699 

?7OO 

M.  Z.  224,33    •    •    •    • 
£     Virginis     

9.2 
7.4* 

27  12.47 

27    71.  64 

69.4 
64.  I 

I 
OI 

3-4I9 

-3.  O7  I 

-  34  55  49-  i 
-(-     o     7   16.  o 

65-4 
67.8 

3 
1  1 

18.62 
18.  61 

j  /  ^^ 
5701 

Weisse  XIII,  458    .    . 

J  *  *T 

8-5 

/      JJ*  *"T 
U     27     41-34 

65-3 

y* 

2 

O        / 

+  3-023 

/ 
+     5  37  52-4 

"  J'  u 

60.8 

4 

-  18.61 

57°2 

M.  Z.  19,9    

7.6 

27  So-  37 

65.2 

5 

3-380 

-  31  39  '8-7 

68.8 

2 

1  8.  60 

5703 

Weisse  XIII,  461     .    . 

8.5 

27  55-  35 

69.  o 

3 

3.009 

+     7  10  16.7 

58.9 

6 

18.60 

S7°4 

Weisse  XIII,  472    .    . 

8.4 

28  13.51 

67.3 

4 

3.008 

+     713  39-  1 

60.  7 

7 

18.59 

5705 

B.  A.  €.4536   .... 

5-5* 

28  32.41 

5°-9 

5 

+  2.680 

+  37  54    2-7 

56.1 

8 

18.58 

5706 

Schwerd  793     .... 

8-5 

13  28  40.37 

62.4 

2 

—  o.  048 

-f  So  48  55.0 

58.7 

3 

-  "8.57 

5707 

DM.  -f  7°,  2670  .    .    . 

9.0 

28  47.09 

65-9 

2 

+  3-008 

+     7  16  41.2 

70.4 

2 

18.57 

5708 

M.  Z.  19,  10      .... 

9.0 

28  50.  29 

71.4 

2 

3-384 

-  31  41   n.o 

68.9 

2 

18.57 

5709 

M.  Z.  163,  So    .... 

7-3 

29      2.  65 

62.4 

2 

3-317 

-  25  46  56.3 

68.7 

3 

18.56 

5710 

Lacaille  5608  .... 

6.5 

29       2.  82 

62.4 

2 

3-317 

-  25  46  45.  8 

67-4 

4 

18.56 

57" 

Tr.  Z.  226,  2     .... 

7-8 

13    29    27.27 

68.4 

2 

+  3-440 

-  35  5i  23.4 

67-3 

2 

-  "8-55 

S7I2 

B.  VI.  13'',  48  .... 

7.8 

29    28.  90 

65-4 

4 

3-287 

-  22  53  51.8 

67.4 

2 

18.  55 

5713 

Lacaille  5613  .    .    .    . 

7.2 

29  33-  '6 

63-3 

2 

3.420 

-  34  19  57-0 

66.9 

2 

18.54 

57M 

Lacaille  5615   .... 

7.2 

29  46.  93 

63.3 

2 

3-421 

-  34  20  53.  4 

66.9 

2 

18.54 

S7I5 

Weisse  XIII,  501     .    . 

8.5 

30    6.  72 

65-3 

2 

3-  109 

4     5   15-9 

57-7 

3 

18.53 

57'6 

O.  Arg.  S.  13003  .    .    . 

7.5* 

13  3°  30-58 

65.4 

2 

+  3-359 

—  29    7  29.  o 

67-9 

2 

—  18.51 

5717 

B.A.C.4547    .... 

7.0 

30  32.  89 

62.2 

6 

3-095 

2    31     13.5 

58-4 

6 

18.51 

5718 

O.  Arg.  S.  13005  .    .    . 

8.0 

30  32.  96 

67,3 

2 

3.290 

-    22    58    39.  2 

67-4 

2 

18.51 

5719 

B.  A.  €.4548    .... 

6.0 

30  5°-49 

66.4 

2 

3-356 

—  28  50  40.  6 

68.4 

2 

18.50 

5720 

Lacaille  5621    .    .    .    . 

6.0 

30  51.90 

65.8 

2 

3.400 

-  32  23  47.5 

70.4 

2 

18.50 

API 


146. 


CATALOGUE  OF   STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

3 
^ 

rt 

<u 

?; 

2 

o 
*& 
6 
£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

b 

rt 
B 
>-» 

§ 

G 

S 

o 

*4_ 

O 

6 
fc 

Annual 
Precession, 
1860. 

.  J 

h.  m.      s. 

s. 

0           /           // 

// 

5721 

M.Z.  113,72    .... 

7-4 

13  3°  56-  24 

64-3 

2 

+  3-33° 

-   26  32  47.  6 

66.4 

2 

'—   18.50 

5722 

25  Camim  Venaticorum   . 

6.0 

31   14.21 

68.4 

2 

2.681 

+  37    o  27.0 

47-3 

2 

18.49 

5723 

Lacaille  5626   .... 

7-4 

3i   "7-34 

62.  4 

2 

3-3°4 

-  24    8  54.  3 

67.4 

2 

18.49 

5724 

B.A.  C.4553    ..... 

7-5* 

31  23.72 

60.  4 

2 

2.849 

+  23  14  40.  6 

54-4 

4 

18.48 

5725 

M.Z.  241,67    .... 

8-5 

31  29.95 

C'5-4 

2 

3-374 

-    30    10   21,  I 

70.4 

3 

18.48 

5726 

Lacaille  5625   .... 

S.o 

13  3'  35-7" 

68.9 

2 

+  3-498 

-  39  20  15.  i 

67.4 

2 

-   '8-47 

5727 

O.  Arg.  N.  13832     .    . 

8.6 

32    3-85 

63-9 

5 

0.806 

4-  77    o  42.2 

68.3 

2 

18.46 

5728 

M.Z.ii3,73    .... 

8.0 

S2     4-  34 

64.8 

2 

3-332 

-  26  26  19.  6 

69.9 

2 

18.46 

5729 

Lacaille  5635    .... 

6-5 

32  19-83 

66.3 

2 

3-338 

-  26  51  54.9 

72.0 

5 

18.45 

573° 

Lacaille  5636   .... 

7.0 

32  28.  90 

63-3' 

2 

3-422 

-  33  38  48.  7 

69-9 

2 

18.45 

573i 

O.  Arg.  N.  13847      .    . 

7-4 

'3  32  53-15 

63.8 

4 

+  o.  740 

+  77  15  42.3 

66.3 

2 

-   18.43 

5732 

Lacaille  5639   .... 

7-3 

32  59-  63 

63-4 

3 

3-425 

-  33  44  5!-  2 

67.9 

2 

18.43 

5733 

Weisse  XIII,  563     .    . 

8.5 

33    8.55 

59-3 

3 

3-  "4 

•    432     7-5 

55-4 

2 

18.42 

5734 

Weisse  XIII,  566     .    . 

8.5 

33  14-05 

77-4 

i 

3.  146 

7  56    0.7 

74-4 

I 

18.42 

5735 

B.A.  €.4560    .... 

7.0 

33  32-48 

67.2 

8 

3-  186 

-    12    4  17.4 

70  i 

6 

18.41 

5736 

Weisse  XIII,  569    .    . 

8.0 

'3  33  36.48 

76.7 

4 

+  3-  HO 

—    7  57  26.  3 

71.4 

2 

-   18.41 

5737 

Lacaille  5646   .... 

6.7 

33  39-  °6 

62.4 

2 

3-329 

-  25  49  16.  2 

7i-3 

2 

18.40 

5738 

Lacaille  5645   .... 

6.0 

33  44-  86 

62.8 

2 

3.416 

-  32  53  17-8 

70.4 

2 

18.40 

5739 

///    Virginis     

5-4 

34  1  6.  08 

55-8 

20 

3-  H7 

•    7  59  42-3 

61.9 

4 

18.38 

5740 

Lacaille  5649  (1st*)    . 

7.  o* 

34  18.91 

64.6 

5 

3-423 

-  33  «6  17-9 

73-3 

4 

18.38 

574' 

574.2 

Lacaille  5649  (2cl*)    . 
2     Bootis        

6.0* 

'3  34  18.93 

74.   24.  02 

64.6 
60.  4 

5 

•2 

+  3-423 
2.842 

-  33  16  20.  9 

-f-    23    12   22.  6 

71.4 

U.  4. 

i 
c 

-   18.38 
18  38 

J  /  "T* 

5743 

5744. 

Weisse  XIII,  583    .    . 
M.Z  17,  I            ... 

7-7 

Q.  O 

o*t   *-*T-  ym 

34  27.  84 

34.  4.Q.  27 

68.4 
64.6 

O 

3 

•3 

3-136 
3.486 

•    6  50  45.  5 

—    -J7    37    «.  o 

j^   ^ 
66.9 
7O.  Q 

j 

2 

2 

*  *"  Jv 

18.38 
18  -16 

j/  ft 

5745 

174.6 

Lacaille  5655   .... 
o     Virginis                         . 

y  '  w 

5.8 

6.0* 

OT"    ""        / 

35     6.17 

I  3      36         I      $$ 

T      w 

69.3 

62  o 

J 

2 
2 

J     T 

3-377 
-1-  3.  012 

Jl    J  I    Jj' 

—  29  28  28.  5 

4-       4    14.    S2.O 

/        -^ 

67.8 

6c.  ^ 

2 
2 

kVI     JU 

18.  35 
—  18.  32 

J/'T'"' 

5747 
1:748 

O.  Arg.  S.  13085  .    .    . 
Tr.  Z.  11,41      .    .    .    . 

8.2 

8.4 

lj    J*"'        •  *  j  j 

36    3-70 

^6       6.  07 

**••  y 

65-1 

68.9 

4 

2 

i    j  vj* 

3-361 

3-  466 

—  I         *f    *  f.    j  A  .  \j 

~  27  57  3'-2 
-  35  51   10.  3 

vj*  j 
67-4 
67.  3 

2 
2 

18.32 
18.  12 

J  1  T^ 

5749 

Weisse  (2)  XIII,  749  . 

5-8 

o            yj 
36  28.86 

y 

68.8 

2 

+  2.679 

+  35  41  44-9 

1     O  • 

47-4 

2 

"-"  J" 

18.30 

575° 

Radcliffe  3077      .    .    . 

7.2* 

36  40.  70 

60.  2 

2 

-  0.053 

+  80     3  50.3 

63-4 

6 

18.30 

575i 

Weisse  XIII,  626    .    . 

8.  I 

13  36  44-  78 

76-3 

3 

+  3-  '90 

-  12     7  16.7 

77-4 

i 

-  18.30 

5752 

Weisse  XIII,  630    .    . 

8-5 

36  49.  88 

73-3 

2 

3-  '9i 

-  12  14  24.  6 

69-9 

2 

18.29 

5753 

S754 

B.  VI.  +  22°,  2621  .    . 

9.0 

c    c 

36  5i-5i 
36  $6.  QI 

60.3 
6;.  -t 

2 

2 

2.842 

3.  224 

+  22  43  26.  i 
-  15  28  24.  3 

68.4 
71.  4 

2 
•I 

18.29 
18.  29 

J  /  J^ 

5755 

I-acaille  5663    .... 

J    J 

6.3 

j      j"-  y  * 

36  58-  55 

J'  O 

63-4 

4 

O"  "™"f 

3-326 

-  24  47  40.  3 

65-4 

J 

2 

y 

18.29 

5756 

Weisse  (2)  XIII,  777  . 

8.  i 

13  37  21.61 

76.4 

3 

+  2.843 

+  22  31  26.7 

^  68.4 

2 

-  18.27 

5757 

Lacaille  5665    .... 

6.4 

37  21.87 

63.0 

3 

3-461 

35  13     9-8 

:  66.3 

2 

18.  27 

5758 

B.  A.  C.  4578    .... 

7.0* 

37  36-79 

66.0 

3 

3-  139 

6  55  46.  5 

66.9 

2 

18.26 

5759 

Weisse  (2)  XIII,  784  . 

80 
.  5 

37  38-  53 

62.4 

5 

2.803 

+  25  59  22.9 

66.  9 

2 

18.26 

5760 

Weisse  (2)  XIII,  782  . 

8.5* 

37  39-9° 

26.4 

3 

2.842 

+  22  34  29.8 

68.4 

2 

18.26 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


0) 

>S 

3 

Mean  Right 

i 

o 

c" 
"3  .2     - 

Mean 

a 

| 

^    c" 

Name  of  Star. 

.~ 

Ascension, 

^ 

(M 

§  i  & 

Declination, 

^ 

c    $  *o 

1 

3 

I 

1  860.0. 

I 

O 

6 

c  "  ^S 

1  860.0. 

8 

o 
o 

<  1 

fc 

^ 

s 

Z, 

£ 

- 

£ 

h.  m.      s. 

s. 

0           /           // 

,, 

C76l 

i     Centauri 

1.  2 

17-37    AA     7.2 

63.  7 

i       _    422 

72    2O       A    C 

72    J 

1  8.  26 

J/  Wi 

J 

J     J/     ^T-  J^ 

1       J'  4 

J                   4-  J 

/*«  4 

5762 

B.  A.  C.458:    .    .    .    . 

5-9 

37  48-52 

63-4 

2 

3-  336 

-    25    24   41.6 

68.9 

2 

18.26 

576-5 

85  Virginis     

6.0 

•?8     3  05 

61.  i 

C 

3-  221 

1C.         7     AA,     A. 

71   6 

18.  25 

J  /     J 

5764 

M.Z.  238,  38    .    .    .    . 

8-3 

38    5-'3 

64.9 

j 
2 

3-453 

J          J     tV  *T 

-  34  28    8.  5 

/  *  • 

69-4 

2 

18.25 

5765 

Weisse  XIII,  651     .    . 

7-5 

38    9.98 

65-9 

2 

3-I87 

-  n  40  51.9 

67.4 

2 

18.24 

5766 

DM.  +  37°,  2449     .    . 

8.0 

13    38    22.  16 

68.4 

2 

+  2.648 

+  37  >7  58-5 

46.4 

I 

—  18.  24 

5767 

Weisse  XIII,  654    .    . 

8.2 

38    22.32 

65-3 

3 

3-  '93 

-  12  15  39-7 

69.9 

2 

18.24 

^768 

86  Virginis             .        . 

e   n 

38    28.  96 

58.  5 

16 

3-  '88 

I  |      A-J     21.   $ 

71    A 

18.  23 

J  1 

j   y 

I  '*  T- 

5769 

Lalande  25372     .    .    . 

9.0 

38  39-  84 

71.4 

i 

2.  916 

+  '5  38  48-  7 

71.4 

2 

18.22 

5770 

Weisse  (2)  XIII,  814  . 

9.0 

38  45-  54 

49-3 

i 

2.841 

+  22  29  24.  7 

66.4 

3 

18.22 

577' 

B.  A.  0.4586    .    .    .    . 

5-8 

'3  38  47-38 

68.4 

2 

+  3-471 

-  35  32  58.0 

69.8 

2 

—    18.  22 

5772 

Weisse  XIII,  674    .    . 

9.0 

39  54-  25 

61.3 

2 

3-  '94 

-    12    12      2.  I 

67.4 

2 

18.  18 

5773 

Weisse  XIII,  676    .    . 

8.2 

39  59-  55 

68.4 

2 

3-'49 

•    7  47  58-  7 

65.4 

I 

18.  18 

5774 

M.Z.  17,4    .... 

7-9 

40    o.  91 

66.4 

2 

3-507 

-  37  33  39-6 

71.4 

2 

1  8.  18 

5775 

B.A.C.4593    -    •    •    • 

6-7 

40    6.  61 

76-4 

4 

3-I32 

—     6    o  12.  8 

73-7 

3 

18.  17 

C776 

3     Bootis 

e  o 

i  *  40  i  -5.  20 

61   5. 

j      2.  7Q  I 

]      26     '  1    21    O 

c  c  o 

6 

18.  17 

Jl  1  " 

j'  w 

VI*  J 

55-  ° 

5777 

B.A.C.4595    -    -    •    • 

6.0 

40  15.  19 

47-5 

2 

2.  6lO 

+  39  12  21.8 

70.0 

2 

18.  17 

5778 

O.  Arg.  S.  13149  .    .    . 

8.0 

40  25.41 

65-9 

4 

3-400 

-    30      2    56.  2 

70.4 

4 

18.  16 

5779 

Lacaille  5680   .... 

6.6 

40  29.  52 

63-3 

3 

3-49' 

-    36    25    37.9 

69.8 

2 

18.  16 

5780 

T     Bootis    

S.o* 

40  36.  53 

61.5 

2 

2.  886 

4-     l8       0    27     7 

67    * 

2 

18.  15 

J  /  w" 

J 

1       10       y    jij.  j 

uy.  4 

578i 

Weisse  XIII,  694    .    . 

7-5 

13  40  41.72 

67-3 

2 

+  3-  '45 

-    7  19  14-8 

70.  9 

2 

-  18.  15 

5782 

Lacaille  5682    .... 

5-8 

40  51.74 

69-3 

3 

3-471 

-  34  59  52-9 

68.4 

2 

18.  14 

5783 

Weisse  (2)  XIII,  854  . 

8.5* 

4°  57-5° 

63.8 

2 

2.688 

+  34    o  33.  6 

66.4 

2 

18.  14 

1:784 

n    Virginis     

7   O 

A.O    C  8    72 

76.  1 

2 

1     I  11 

5    81-5.9 

2 

18  14 

J  t       T" 

/  • 

tf  \s     J  *-*  •   /  •* 

7^-4 

5785 

O.Arg.  8.13156.    .    . 

6-7 

41    1.56 

64.4 

4 

3-402 

-  30    o  41.5 

65-9 

2 

18.  14 

5786 

Lacaille  5686   .... 

7-7 

13  4i     8.  14 

62.4 

2 

+  3-371 

-  27  39  58.  7 

67-3 

2 

—  '8.  13 

5787 

O.Arg.  8.13158.    .    . 

7-7 

41   16.56 

65-3 

2 

3-303 

—    22       I    29.  8 

69.4 

2 

18.13 

5788 

O.  Arg.  S.  13159  .    .    . 

7-5* 

41   16.  58 

76.9 

2 

3.281 

-    20      2    56.  9 

62.4 

2 

18.  13 

5789 

g     Centauri    

c    2 

41  20,  64 

6-?  t 

06 

71     /I 

18.  i  -5 

J  i     y 

j'  m 

"j-  / 

3-  434 

oj  45 

71.4 

5790 

84  Ursa:  Majoris    .... 

6.0* 

41    21.  85 

60.4 

2 

2.  251 

+  55    7  59-4 

53-3 

3 

18.  13 

5791 

Weisse  (2)  XIII,  866  . 

7-o 

13  41  26.  10 

66.4 

3 

+    2.615 

+  38  35  36.  4 

61.9 

2 

—  18.  12 

5792 

Weisse  XIII,  708    .    . 

8.2 

41    28.02 

65-3 

2 

3-'47 

•     7  29  24.3 

70.9 

2 

18.  12 

5793 

Tr.  Z.  226,8     .    .    .    . 

8-4 

41    30.95 

68.9 

2 

3-487 

-  35  54  29.  3 

67.9 

2 

18.  12 

5794 

O.  Arg.  S.  13167  .    .    . 

7-4 

41    59.78 

64-4 

2 

3-372 

-  27  29  16.  6 

69.1 

3 

18.  10 

5795 

DM.  4-  78°,  465  ... 

9-4 

42    o.  06 

61.4 

2 

o.  276 

+  78  21  56.6 

59-4 

2 

18.  10 

5796 

DM.  +  22°,  2634    .    . 

13   42      O.62 

49-3 

2 

+    2.831 

4-    22  42   56.  I 

61.  i 

3 

-  18.  10 

5797 

;/     Ursae  Majoris    .... 

2.O* 

42      1.38 

48-3 

'50 

2.386 

+  50    o  47.4 

50-9 

66 

18.  10 

5798 

O.  Arg.  S.  13169     .    . 

8-7 

42     6.  20 

64.4 

2 

3-372 

-    27    29    11.4 

7'-4 

i 

18.10 

5799 

B.  A.  0.4614    .... 

6.0 

42    6.  55 

65.9 

2 

o.  171 

+  78  45  56-5 

69.0 

2 

18.  10 

5800 

89  Virginis     .    .    .    .    . 

c.  c* 

42    l6.  22 

61  7 

18 

•3.257 

—  17  26    7.  3 

^8.  4 

2 

18.  OQ 

J    J 

Ul  .     / 

148 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


1 

Number. 

Name  of  Star. 

ti 

"O 
3 

'c 
5) 
rt 

S 

Mean  Right 
Ascension, 
1860.0. 

iJ 

a 

3J 
>, 

a 
a 

0> 

3 

n 

1 

o 
o 
£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

Mean  year. 

1 

lM 

O 

6 

& 

Annual 
Precession, 
1860. 

5801 

Weisse  (2)  XIII,  891  . 

5-9 

h.  m.      s. 
13  42  19.56 

63.  o 

3 

s. 
+  2-7I3 

0           /           // 

+  3'  53  13-  ' 

69.4 

2 

// 
-  18.09 

5802 

Lacaille  5699   .... 

6.5 

42  21.  56 

65.8 

2 

3.410 

-  30  22    8.  8 

70.9 

2 

18.09 

5803 

Weisse  (2)  XIII,  893  . 

9.0 

42  28.  31 

69.  o 

3 

2.827 

-f    22   58   58.6 

61.  9 

2 

18.08 

580+ 

B.  A.  €.4613    .... 

6.8 

42  33-" 

72.6 

4 

3-285 

-  20  10  16.  6 

74-4 

2 

1  8.  08 

5805 

M.  Z.  17,5    

7-2 

42  34-28 

65.4 

4 

3-515 

-  37  26  20.3 

73-9 

2 

18.08 

5806 

Weisse  (2)  XIII,  900  . 

7-5 

'3  42  34-38 

59-4 

2 

+   2.570 

+  4°  S6  39-  S 

70.9 

2 

-  18.  08 

5807 
5808 

Weisse  (2)  XIII,  899  . 
it    Bootis   .    .        .... 

8.0 
4.  o* 

42  42.  87 

42   43.  60 

68.3 
?'?.  7 

4 
4 

2.877 

2.  QOO 

+  18  34  37-o 

-1-    l6    20    •??.  I 

73-4 
5-1.4 

2 

3 

18.  08 
18.07 

^ww 

5809 

O.Arg.S.  13177      .    . 

S.o 

*T       ^3' 

42  50.71 

j  j   i 
69-3 

2 

yvv 

3-375 

i               y  j  i 
-  27   36  41.0 

JO*    *T 

70.1 

4 

18.07 

5810 

Weisse  XIII,  731    .    , 

7-3 

42  51-84 

68.2 

3 

3.200 

-    12    24  48.3 

72.4 

2 

18.07 

5811 
5812 

O.Arg.S.  13182  .    .    . 

8.2 
c    c 

13  43     4.30 
A'i     c.  cS 

69-3 
66.  5 

2 

•3 

+  3-375 

2   8^8 

-  27  33  46.  8 

+    21    $7    ^8.  I 

70.4 
67.3 

4 

2 

-  18.06 
18.  06 

5813 

Weisse  (2)  XIII,  910  . 

J    J 

8.5 

^j     j  ju 

43     7-47 

'"•  J 

63-9 

J 
2 

Ml    •-',)'-' 

2.673 

"•    j  /    J 

+  34  26  24.0 

/  •   J 

72.9 

2 

18.06 

5814 

Weisse  XIII,  737    .    . 

8.5 

43  '6.  12 

59-3 

2 

2.925 

+  14  ii     0.5 

56.4 

4 

18.05 

5815 

B.  A.  0.4620    .    .    .    . 

6.0 

43  25-81 

63-3 

3 

3-492 

-  35  44     2.4 

68.9 

2 

18.05 

5816 

DM.  +  77°,  521  .    .    . 

9.0 

13  43  37-°8 

64.4 

2 

+    0-355 

+  77  57 

-  18.04 

5817 

Lacaille  5710  .    .    .    . 

6.7 

43  37-8o 

71.2 

5 

3.328 

-    23    41       2.  I 

64-3 

2 

18.04 

5818 

Weisse  (2)  XIII,  929  . 

6.8 

43  38.  84 

68.9 

2 

2,626 

+  37  19  42-  i 

46.4 

2 

18.04 

5819 

Lalande  25494     .    .    . 

7-5 

43  44-09 

65.9 

2 

2.836 

+  21  57    6.6 

73-i 

3 

18.04 

5820 

DM.  +  22°,  2638    .    . 

43  44-  39 

49-3 

2 

2.828 

+  22  39  41.3 

49-3 

2 

18.04 

5821 

k     Centauri,  (ist*)   .    .    . 

6.0 

13  43  45-37 

63-7 

3 

+    3-442 

-  32  i?  5°-4 

72.0 

2 

-  18.04 

5822 

k     Centauri,  (2d*)    .    .    . 

7.0 

43  46.  06 

63-4 

2 

3-442 

-  32  17  53-  2 

72.0 

2 

18.03 

5823 

Piazzi  XIII,  220  .    .    . 

7.0 

43  47-01 

65-9 

2 

2.836 

+    21    58   22.  6 

73-9 

2 

18.03 

5824 

M.Z.  245,28    .    .    .    . 

8-5 

44    o.  92 

64.7 

3 

3-529 

-  37  55  27-9 

68.3 

1 

18.03 

5825 

Riimker  4483   .... 

8.4 

44    4-oo 

66.4 

2 

2-944 

-f-  12  16  30.  8 

71.4 

2 

18.02 

5826 

B.  A.  0.  4627    .... 

7.0* 

13  44  S3-6' 

60.4 

2 

+    2.651 

+  35  28    2.5 

53-3 

3 

—  «7-99 

5827 

M.  Z.  245,  29    .... 

7-3 

45     9-  '5 

70.6 

4 

3-54" 

-    38    21    52.  I 

77-4 

I 

17.98 

5828 

Lacaille  5724  .... 

7.0* 

45   16.  16 

63-4 

2 

3-528 

-  37  34  20.  7 

68.  i 

3 

17.98 

5829 

B.  A.  €.4631    .    .    .    . 

6.0 

45  22.46 

63-3 

2 

3.487 

-  34  58  16.  5 

70.  i 

3 

'7-97 

5830 

Weisse  (2)  XIII,  976  . 

7-S 

45  24.  1  8 

68.9 

2 

2.  601 

+  38  24  45.  2 

60.  9 

2 

17-97 

583' 

B.  A.  0.4632   .... 

5-8 

13  45  36.  74 

72.4 

4 

+  2.654 

+  35     8  20.7 

61.  4 

3 

—  J7-96 

5832 

Weisse  (2)  XIII,  978  . 

9.0 

45  37-  34 

63-9 

2 

2.807 

+  24     i     o.  i 

67-9 

2 

17.96 

5833 

Lacaille  5729  .... 

5-6 

45  44-74 

64.2 

5 

3-483 

-  34  37  '2-2 

68.0 

2 

17.96 

5834 

Weisse  (2)  XIII,  984  . 

8.0 

45  46-32 

65.4 

2 

2-633 

+  36  24  32.  5 

63-4 

4 

17.96 

5835 

O.  Arg.  S.  13215  .    .    . 

7.0 

45  48.98 

65-2 

5 

3-363 

-  26    o  54.  3 

69.9 

2 

17.96 

5836 

Weisse  (2)  XIII,  994  . 

8.1 

13  46  17.58 

63-9 

4 

+  2.805 

+  24     i  34.8 

69.9 

2 

-  17-94 

5837 

Lacaille  5739  .... 

6.5* 

46  19-35 

66.9 

4 

3-391 

-  28    3    6.0 

69.4 

2 

17.94 

5838 

Weisse  (2)  XIII,  997  . 

8.0 

46  20.  96 

59-3 

2 

2.  631 

t    36   22   20.3 

64.9 

2 

17-93 

5839 

B.  A.  0.4636    .... 

6-3 

46  21.63 

62.  4 

2 

3-389 

—  27  52  34.  I 

69.5 

2 

17.93 

5840 

Weisse  XIII,  782    .    . 

7-5 

46  26.  28 

63-3 

2 

2.929 

+  13  26   4.7 

66.9 

2 

17.93 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


'49 


Number. 

Name  of  Star. 

1 
Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

tfl 

3 

c 

rt 

0 

1 
•8 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

• 
g 

1 

% 

1 

"o 

1 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

o      /      // 

„ 

5841 

Weisse  XIII,  785    .    . 

8.5 

13  46  30.  28 

63.3 

2 

+  2.968 

+     9  49  12.3 

67.4 

2 

-  17-93 

5842 

Lacaille  5743   .... 

6-5 

46  30.  42 

63.4 

2 

3-475 

-  33  54  18.  i 

70.8 

2 

17-93 

584: 

Lalande  (F)  2355    .    . 

7-3 

46  32.  10 

68.9 

2 

1.682 

+  66  40  25.  i 

62.3 

I 

17-93 

5844 

DM.  +  77°,  522  .    .    . 

9-2 

46  34-43 

68.9 

4 

0.288 

+  77  50  53-  7 

55-3 

2 

17-93 

5845 

B.  A.  0.4640   .    .    .    . 

6.5 

46  49-  23 

.60.4 

3 

2-734 

-f    29   2O    17.  2 

54-4 

4 

17-92 

5846 

Weisse  XIII,  794    .    . 

8.8 

13  46  53-96 

63.3 

2 

+  2.928 

-f    13    22   26.4 

68.4 

2 

-  17-91 

5847 

Weisse  XIII,  797    .    . 

7-7 

47     3-  26 

71.4 

3 

2.956 

+  10  55  33-3 

58.4 

2 

17.90 

5848 
5849 

Weisse  XIII,  798    .    . 

8-5 

7    2 

47  IS-  ii 

d.7    2O   67 

68.8 
63.  i 

2 

2-955 

Im  yc  •} 

+  10  57 
_i_  foe  24  <j6.  6 

66.  i 

17.90 

1  7    no 

5850 

Weisse  XIII,  808    .    . 

/ 
8.2 

t/    •    •  w/ 

47  42-42 

59-3 

2 

3.198 

-  ii  45  33-9 

56.3 

2 

17.  yu 
17.88 

5851 

Lacaille  5754  .    .".    . 

6.7 

13  47  52-91 

64.  i 

3 

-h  3-421 

-  29  53  22.  i 

66.4 

2 

-   17-87 

5852 

M.  Z.  245,  30    .... 
TJ     Bootis    .    .    . 

8.0 
3-o* 

47  55-68 
4.8     i   11 

65  4 
ci  8 

3 

2C  I 

2.862 

-  37  58  27.4 
i     j  Q    ^    6  c 

72.4 

2 

ft 

17.87 

T7    R7 

5854 

Weisse  XIII,  813    .    . 

8.0 

^  u     •  -  •  j 

48      2.  90 

j  •  •  ^ 
59-4 

J  * 
2 

3-  196 

-  ii  32    3-4 

56-3 

54 
2 

I/.  O? 

17.87 

5855 
?8<;6 

Lacaille  5758   .... 
M.Z.  17,  8        .    . 

6.9 

7      1 

48   23.  70 

67.1 

72    A 

10- 

3-542 

+       -J      C  A  1 

-  37  37  52-3 

71.8 

4 

17.85 

r  ir  fit 

J     J 

5857 

Lalande  25625      .    .    . 

/  '  J 

7-2 

48  35-oo 

/  *•  HT 

68.4 

2 

6-  543 
2-599 

—  37  42  34-  9 
+  37  45  55-4 

67.  2 

47-4 

2 

-    17.05 

17.85 

5858 

Lacaille  5763   .... 

6-5 

48  35-3° 

65-9 

2 

3-382 

-  26  57     1.3 

70.4 

3 

17-85 

5859 

Rumker  45  17  .... 

6.4 

49    5-  12 

63-3 

2 

2.911 

+   H  44  36-  9 

66.9 

2 

17-  83 

5860 

Weisse  (2)  XIII,  1077  . 

8-5 

49  28.  41 

63-4 

3 

2.782 

+  25  12  58.7 

67.4 

2 

17.81 

5861 

Lalande  25635     .    .    . 

6-3 

13  49  40.67 

70.0 

2 

+  3.325 

—    22    20    13.  8 

67-3 

2 

-  17.80 

5862 

Lacaille  5769   .... 

7-5 

49  41-5° 

63-4 

2 

3-544 

—  37  28  57.9 

69.4 

3 

17.80 

5863 

Weisse  (2)  XIII,  1083  . 

6-5 

49  43-  70 

60.4 

3 

2.  726 

+    29   21    31.3 

54-4 

3 

17.80 

5864 

Rumker  4522   .... 

7-o 

49  43-94 

64-7 

3 

2.764 

-f-  26  36  19.  6 

66.4 

2 

17.80 

5865 

M.Z.  13,9    

8.0 

49  52.62 

69-3 

2 

3-432 

—  30  16  39.  i 

64-4 

2 

17-79 

5866 

Lalande  25653     .    .    . 

7.  o* 

13  49  57.58 

68.3 

4 

+    2.675 

+  32  43     o.  3 

54-4 

3 

-  17-79 

5867 

Lacaille  5773   .... 

6.9 

So     5-43 

64.6 

4 

3-364 

-  25   18  47.5 

63.9 

2 

17-79 

5868 

Lacaille  5774   .... 

6.7 

50    9.56 

63-4 

2 

+    3-416 

-  29    3  28.  5 

67-4 

2 

17-78 

5869 

5870 

Radclifie  3117      ... 
47  Hydras  

6-7 
c,  e 

50  33-  94 
50  40.  26 

64.8 
62.4 

2 

2 

—  °-  337 

+      1     7  C2 

+  79  41   1  1.  2 

2A    17    I  4   o 

67.4 

6Q     I 

2 

17-77 

17    lf\ 

5871 

Lalande  25674     .    .    . 

j'  j 

8.0* 

13  5°  48.52 

59-4 

2 

J'  JJ^ 

+  2-795 

+  24    3  16.  i 

49-3 

2 

17.  70 
-     I7-76 

5872 

M.  Z.  242,  76    .... 

7.0 

50  50.  27 

65-4 

5 

3-539 

-  36  54  42.8 

70.8 

2 

I7-76 

5873 

Weisse  XIII,  866    .    . 

7-5 

So  57-45 

59-4 

2 

3-221 

-  13  26  17.3 

55-3 

2 

17-75 

5874 

Rumker  45  29   .... 

6.0* 

5i     i-55 

61.9 

2 

2-773 

+  25  41     5.8 

57-2 

4 

17-75 

5875 

M.Z.  342,  78    .... 

52    2.88 

65.0 

3 

3-540 

-  36  42  58.4 

69.8 

2 

17.71 

5876 
5877 

DM.  +  23°,  2636    .    . 
48  Hydra  . 

9.0 

13  52    6.42 
52  10.  14 

68.0 

62    4 

5 

2 

+  2.798 

+  23  33  34.0 

7i-9 

f\f\     A 

2 

5878 

M.Z.  17,  10  

9.0 

52  24.  70 

71.4 

2 

3-  356 
3-554 

—  24  19  30.  7 
-  37  26  32.  7 

uu.  4 

68.9 

2 
2 

17.70 
17.69 

5879 

Lacaille  5779   .... 

6-5 

52  31-25 

63-3 

2 

3-671 

-  43  3i  58.4 

68.9 

2 

17.69 

5880 

Weisse  XIII,  893    .    . 

9.0 

52  34-8i 

59-3 

3 

3.206 

12      I    32.  2 

67.i 

3 

17.68 

150 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

1 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

rt 
u 
^ 

£ 

1 

"o 

1 

Annual 
Precession,  i 
1860.  1 

Mean 

Declination, 
1  860.0. 

• 

<u 
>^ 

d 
1 

8 

§ 

4 

"8 

i 

Annual 
Precession, 
1860.  j 

5881 

SI  1:70  fist*} 

8.  ? 

h.  m.      s. 
i  ^   ^2  ";Q.  22 

7?.  I 

4 

s. 
4-  2.  757 

0         /              // 

-|-  26  29  49.  8 

71.4 

2 

// 
—  17.68 

5882 

y     iC7o  (2d*l 

J 

8.0 

o   j      jy 

C2    "?Q.  4.7 

/  o 

68.8 

7 

i       '  i  j  i 
2.  757 

-I-    26    2Q    CC.  7 

62.  4 

2 

17.68 

5883 

Lacaille  5785    .... 

6.6 

J       Oy    "rl 

52  41-75 

62.  9 

/ 
2 

/  j/ 

3-  374 

1                  .7    JJ    / 

-  25  34  48.  8 

68.5 

2 

17.68 

5884 

Brisbane  4727  .... 

7.0 

52  47-95 

65.8 

5 

3.546 

-  36  47  17.  7 

72.1 

6 

17.67 

5885 

Weisse  (2)  XIII,  1159 

8.8 

52  49.51 

74-7 

4 

2.797 

+  23  33    6.5 

68.  i 

4 

17-67 

5886 
1887 

B.  A.  €.4667    .... 
M.Z.  15,8    

5-8 

7.  2 

13  52  52.63 

52    1J2.8'; 

64.  i 

64.  3 

3 
I 

+  3-594 
3.  176 

-  39  32  3°-8 

—    38    34    12.  0 

68.3 
66.3 

2 
I 

-  17-67 
17.  67 

J""/ 

5888 

M.Z.  16,  18  

/ 

8.7 

J        J           J 

53    2.95 

71-4 

2 

j  j  j 

3-543 

J          J^                   7 

-  36  39    4-  3 

71.4 

2 

17.66 

5889 

Weisse  (2)  XIII,  1167 

8.3 

53  IO-5° 

72.8 

6 

2.795 

+  23  36  52.4 

71-4 

2 

17.66 

5890 

Mer.  C.  Z.  173,  120  .    . 

8.0 

53  21.07 

68.9 

2 

3.582 

-  38  45  30.  o 

65.4 

2 

17-65 

5891 

DM.  +  24°,  2675     .    . 

8.8 

13  53  25.06 

68.4 

2 

+  2.  790 

-f  23  58  50.  8 

49-3 

2 

-  17-65 

5892 

B.  VI.  4-  76°,  504    .    . 

8.6 

53  50-4o 

62.6 

4 

0.324 

+  76  56  53-8 

67.4 

2 

17-63 

5893 

Tr.  Z.  226,  15    .... 

7-2 

54     5-47 

69.4 

2 

3-527 

-  35  30    2.  3 

69-4 

2 

17.62 

5894 

B.  A.  €.4671    .... 

6.0 

54  25.52 

70.6 

6 

3-395 

-  26  45     6.  2 

69.4 

3 

17.61 

5895 

Weisse  XIII,  931     . 

9-3 

54  26.  48 

64.7 

3 

3-047 

+       2    I3    53.5 

68.7 

4 

17.61 

5896 

Lalande  (F)  2386    .    . 

8.4 

13  54  26.89 

70.6 

8 

+  o.  258 

+  77  ii     7-3 

70.4 

3 

-  17.  61 

5897 

Rumker455i    .... 

7-4 

54  30.  86 

61.6 

4 

2.805 

+  22  39  24.  i 

57-4 

3 

17.  60 

5898 

T     Virginis     

4-7 

54  31-42 

62.5 

59 

3-047 

+     2  13  24.0 

62.  7 

5 

17.  60 

5899 

DM.  +  75°,  523  ••• 

8.8 

54  39-  78 

67.0 

3 

o.  609 

+  75  24  20.4 

71-4 

i 

17.  60 

5900 

CQOI 

Lacaille  5790   .... 
1  1  Bootis   . 

7-4 

7    2 

54  42.  10 

r  -?     C^.    AQ    4Q 

62.4 

71.  I 

2 

•3 

3-387 

J-    2    ^O 

-  26  10  12.  5 

4-   28     T,  So  8 

69.0 
6s  o 

2 
2 

17.  60 

—    17    Co 

jy 
5902 

Weisse  XIII,  942     .    . 

/  •  - 

9.2 

*  j  jt  T-y-  *ty 
54  54-  67 

/ 
76.4 

J 

l      ••  /  O 

3-047 

1       ^^        J     rf*"  M 
+       2    I3    54.9 

"J   y 

72.9 

2 

*  /  •  jy 

17.59 

59°3 

Weisse  (2)  XIII,  1201 

9.0 

54  59-  36 

59-3 

2 

2.787 

'+  23  53    0.5 

49-3 

2 

17.58 

59°4 

Lalande  25762     .    .    . 

9.0 

55    0.71 

59-4 

2 

3.229 

-  13  40  48.  i 

56.4 

2 

17.58 

59°5 

DM.  +  75°,  524  .    .    . 

8.8 

55  27-40 

65.8 

2 

0-597 

+  75  23     3.8 

71.4 

I 

I7.56 

5906 

M.Z.  242,  80    .    .    .    . 

7.6 

13  55  40.99 

70.4 

4 

+  3-561 

-  37     5  47-9 

7'.4 

3 

-    17-55 

5907' 

Lacaille  5798  (ist*)    . 

8.0 

55  44-46 

67.3 

2 

3-553 

-  36  36  27.  3 

69.8 

2 

17.55 

5908 

Lacaille  5798  (2d*)    . 

7.0 

55  46.60 

67.3 

2 

3-552 

—  36  35  16.  i 

69.8 

2 

17-55 

59°9 

Lacaille  5800  .... 

7-1 

56  20.  32 

63-4 

2 

3-527 

-  34  58  15-1 

67.4 

2 

17-33 

S9«o 

O.  Arg.  S.  13349  .    .    . 

8.0 

56  21.38 

65.4 

3 

3-4>6 

-  27  55  28.  i 

67.9 

2 

'7-53 

59" 

Weisse  XIII,  974    .    . 

8.8 

13  56  32.  10 

59-9 

2 

+  3-244 

-  14  48  38.  i 

55-3 

2 

-     I7.52 

5912 

M.Z.  17,  13  

8.0 

56  32.31 

67.9 

2 

3-574 

-  37  36  21.5 

71.4 

2 

17.52 

59»3 

Weisse  XIII,  979    .    . 

8.0 

56  42.  64 

59-3 

3 

3.204 

-  ii  27  17.9 

55-4 

3 

17.51 

59'4 

B.  A.  0.4680    .    .    .    . 

6.0 

56  56.71 

76.4 

3 

3-I7I 

-    8  35    o.  7 

70.4 

2 

17.50 

5915 

0.  Arg.  S.  13357  .    .    . 

7-7 

57    4-57 

64.4 

2 

3.4I7 

•  27  50  38.  i 

67.4 

2 

17.50 

59i6 

Lacaille  5812   .... 

8.0 

13  57  34-23 

64.  i 

4 

+  3-  568 

-  37    3  24.  i 

67-9 

2 

-    17-47 

5917 

M.Z.  240,  51     .    .    .    . 

8.0 

57  35-53 

71.0 

6 

3-499 

-  33     i  21.6 

71.8 

6 

17-47 

5918 

Lalande  25842     .    .    . 

7.5* 

57  36.69 

65.7 

3 

3-256 

-  15  39  48.4 

54-4 

3 

I7.47 

59'9 

5Q2O 

Lacaille  5819   .... 
TT    Hydrae  

6.0 

•3      I 

58  14.39 

eg    2A.    41 

63-3 
«  8 

3 

c 

3-521 

33Q4. 

-  34  13  39-4 

—    26      O    22.  9 

63-4 
6q  6 

2 
c 

17.45 
17.  44 

jy 

J*   * 

^U        •*•*+•"    *f» 

jj.  u 

J 

•  jyr 

, 

y 

J 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year.  I 

....  I 

J 

o 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

c 

en 
£ 

1 
"o 
o 
fc 

Annual 
Precession, 
1860. 

i 

h.  m.      s. 

s. 

0           /           // 

/, 

0     Ccntnun                     •    • 

2.  •;* 

13  58  27.  67 

C.2.  I 

14 

+  3-  546 

-  35  40  46.  i 

62.7 

8 

-  17-44 

5922 

Lalande  25860     .    .    . 

-J 

7-3 

58    29.  21 

J 
68.4 

3 

2.608 

•f  35     5  43-7 

47-4 

2 

17-43 

5923 

Lacaille  5822    .... 

6.6 

58    5O.  60 

63-9 

4 

3-533 

-  34  49  «9-  4 

66.3 

2 

17.42 

04.  Virjjiiiis             • 

6.0* 

18  53.  18 

60.  5 

6 

3-  '67 

—     8  13  16.3 

64.  4 

2 

17.42 

J         JJ 

Anonymous  

9-  ° 

58  54.  18 

66.9 

2 

3-248 

-  14  50  19.3 

68.9 

2 

17.42 

5926 

0.  Arg.  8.13387  .    .    . 

6-7 

13  59    2.82 

72.0 

5 

+  3-406 

—  26  41     1.9 

70.4 

2 

-  I7-4I 

9-  ' 

59    3-  59 

66.9 

2 

3.248 

-  14  51   13.9 

71.4 

I 

17.41 

5928 

Weisse  XIII,  1035  .    . 

6.8 

59    7-  84 

63-4 

2 

3-232 

-  13  32     i-7 

64.4 

2 

17.41 

5929 

Weisse  XIII,  1037  .    . 

8.8 

59  i  '-34 

59-4 

2 

3-231 

-  '3  25  34.9 

55-4 

2 

17.40 

5930 

DM.  +  23°,  2648     .    . 

9-0 

59  21.36 

69-3 

2 

2-778 

+  23  52    4.8 

49-3 

I 

17.40 

5931 

Lacaille  5824   .... 

6.4 

'3  59  30-98 

68.0 

3 

+  3-526 

-  34  16  50.9 

64.8 

2 

-   17-39 

5932 

B.  A.  C.  4691    .... 

7.0* 

59  36.69 

61.3 

3 

3-257 

-  15  31   16.  i 

68.5 

3 

17-39 

5933 

Weisse  (2)  XIII,  1309. 

8.8 

59  50.  20 

68.4 

2 

2-774 

+  24    3  32.  2 

49-3 

2 

I7-38 

5934 

Weisse  (2)  XIII,  ^14. 

7-5 

59  5I-92 

75-i 

6 

2.603 

+  35     3  18.6 

75-4 

2 

17-38 

5935 

O.  Arg.  S.I  3394  .    .    • 

7.0 

59  56.  25 

64.9 

2 

3.408 

-  26  40  34.  8 

70.  i 

3 

17-37 

5936 

M.Z.  21,  10  

7-7 

14     o    9.76 

64-4 

3 

+  3-497 

-  32  23    5.5 

67.4 

2 

-  I7-36 

5937 

B.  A.  0.4694    .    .    .    . 

7.0* 

o  13.66 

60.3 

3 

2.661 

+  31  31   '5-6 

54-4 

3 

I7-36 

5938 

DM.  +  23°,  2650     .    . 

o  3'-45 

49-3 

i 

2.777 

+  23  52  43.  i 

49-3 

i 

17-35 

5939 

M.Z.  163,95    .    .    .    . 

8.0 

o  34.  96 

70.1 

3 

3-399 

-  25  59    4-  5 

67-4 

2 

'7-34 

en  m 

a     Dnxconis 

3-4* 

o  36.  06 

57-8 

18 

i.  629 

-f  65     2  4^.8 

65.8 

34 

'7-34 

594° 

O    ^ 

5941 

Weisse  XIII,  1071   .    . 

7-2 

14    o  59.  18 

59-3 

3 

+  3-205 

-  II     9  44.  4 

56-4 

2 

-  17-33 

5942 

M.Z.  113,  88    .    .    .    . 

7-7 

i     3-74 

65-1 

4 

3-408 

-    26    31    40.  2 

67.4 

2 

I7-32 

5943 

M.Z.  113,89    .    .    .    . 

8.0 

i     7-58 

65.1 

4 

3.408 

-    26    31    38.3 

67-4 

2 

"7-32 

5944 

D.  M.  +  34°,  2491   .    . 

9.0 

i  34-56 

59-4 

2 

2.614 

+  34    4  10.3 

57-4 

3 

I7-30 

9-  2 

i  49.88 

69.4 

2 

3-  «45 

6    8  50.  o 

56.3 

2 

17.  29 

5946 

Weisse  (2)  XIV,  1  1     . 

7-o 

14     i  50.  42 

60.  4 

2 

+  2.756 

+  24  58  52-  7 

57-4 

2 

-  17-29 

5947 

B.  VI.  +  66°,  830    .    . 

9-1 

i  56.38 

61.4 

4 

1-529 

+  66  16  23.9 

59-7 

3 

17.28 

5948 

Lacaille  5837  .... 

7-o 

2      6.  12 

62.7 

3 

3-463 

—  29  57  20.  2 

70.7 

3 

17.28 

9.  S 

2    12. 

3.405 

-  26    4    8.8 

67-4 

i 

17.27 

5949 

y   j 

5950 

Weisse  (2)  XIV,  21    . 

7.8 

2    14.76 

68.3 

2 

2-552 

+  37  24  58-  7 

65.1 

3 

17.27 

5951 

Lacaille  5838  .... 

7-2 

14      2    17.07 

62.9 

4 

+  3-456 

—  29  25  25.  i 

66.4 

2 

-  17.26 

5952 

M.Z.  113,90    .    .    .    . 

2  27.  16 

65-4 

i 

3-405 

-  26  13 

17.26 

5953 

Lacaille  5839   .... 

6-5 

2   40.92 

64.  i 

7 

3.488 

-  31  24  43.9 

64-9 

2 

17.25 

5954 

O.  Arg.  S.  13432     .    . 

8.0 

2    58-75 

67-3 

2 

3.386 

-  24  39  27.7 

70.5 

2 

17.24 

5955 

Weisse  XIV,  31    .    .    . 

8.8 

3     7-95 

61.7 

3 

3-  H3 

•     5  53  45-9 

59-7 

3 

17-23 

5956 

B.  A.  C.  4700  .... 

5-5 

14    3  12.01 

60.0 

5 

+  3.264 

-  15  38  20.8 

58-5 

8 

-  17-23 

5957 

Weisse  f  2)  XIV,  40    . 

8.8 

3  U-  I0 

59-4 

2 

2.770 

+  23  49     7-  5 

58-4 

2 

17-23 

5958 

Lacaille  5842  .... 

7-6 

3  I3-46 

63.1 

3 

3-454 

—  29     7   17-5 

72.6 

5 

17-23 

5959 

Lacaille  5843   .... 

6.8 

3  "7-56 

63-3 

3 

3-492 

-  3t  30  23.  i 

67.1 

3 

17.  22 

5960 

0.  Arg.  S.  13438     .    . 

7-8 

3  22.46 

71.4 

4 

3-402 

-  25  40  54.  7 

70.2 

4 

17.22 

152 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

S 

>> 

C 
« 
D 

JJ 

O 
IM 

0 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
-    1  860.0. 

rt 
U 
^, 

a 

<u 

s 

1 

•o 

1 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

5961 

O.  Arg.  S.  13444  .    .    . 

8.3 

14    3  34-70 

63.4 

2 

+  3-274 

-  16  21  38.  7 

67.9 

2 

-    17.21 

5962 

().  Arg.  S.  13447     .    . 

8.0 

3  40.  14 

76.4 

2 

3:385 

-  24  31     8.  8 

72.4 

3 

17.  20 

5963 

Co64 

Lalande  26013     •    •    • 
d     liootis        .    .            . 

7.0 

c.  c* 

3  5o.6i 

4      O   84 

73-2 
61.4 

5 
6 

2-535 

-L    2    77Q 

+  37  59  34-  9 

4-     2Z    AS    2T.    A. 

47-4 
58.6 

2 

c 

17.  20 

17    IQ 

jy-"r 

5965 

Groombridge  2099  .    . 

J      J 

7.  o* 

if      ^.  i«f 
4  26.  90 

61.  9 

4 

T     •*••  /  jy 
-  7-993 

I           *O      T-J       *J*    T- 

-f  86  25  40.4 

67-4 

J 
2 

/  •  *y 

17.  17 

5966 

£067 

Lacaille  5855   .... 
50  Mydrae 

6.8 

c    A 

14     4  29.  76 

4       At      21 

63.! 

6^.2 

3 

7 

+  3.376 

3AIQ 

-  23  42  10.  i 
—  26  16     i  .1 

65.9 

71    d. 

2 

-    17-  '7 
I  7.  l6 

jy^i 

S968 

M.  Z.  240,  55     .... 

J'    "T 

8.8 

TO*    *J 

4  57-95 

WJ.     A 

65-4 

/ 

3 

•  *r*y 

3-521 

***  j*-7     *  *  t 
-  32  54  34-  3 

/  *  •  4- 

68.4 

_ 
2 

17.15 

5969 

M.  Z.  240,  56  .... 

9-  ' 

5     i-74 

65.4 

4 

3.520 

-  32  5°  57-7 

67.2 

3 

17.  14 

597° 

M.  Z.  240,  57  .... 

8.8 

5    8.46 

65.4 

5 

3-521 

-  32  Si  30.3 

67-7 

3 

17.  14 

597' 

B.  A.  0.4714    .    .    .    . 

6.0 

14    5     8.  68 

73-7 

6 

+    2.  622 

+  32  57  19-7 

67.6 

4 

-  17.  14 

5972 

B.  A.C.  4711    .    .    .    . 

6.6 

5  13-43 

55-7 

7 

3.410 

-  25  57    9-9 

55-2 

5 

17.  14 

5973 

O.  Arg.  S.  13471  •    •    • 

8.4 

5  20.  29 

65-4 

3 

3-263 

-  15  23  28.  7 

58.5 

2 

17-13 

5974 

K     Virginis     

4.  o* 

5  25.90 

60.0 

18 

3.190 

9  37  14-0 

60.  4 

3 

17.13 

5975 

Weisse  XIV,  83  ... 

8.8 

6     3.65 

60.  4 

5 

3-174 

8    20    20.  7 

65.5 

2 

17.  10 

5976 

Lacaille  5860   .... 

6.0 

14     6     4-79 

63-4 

3 

+  3-  684 

—  41   10  48.  I 

67.5 

2 

—  17.  10 

5977 

Weisse  XIV,  88  ... 

9.0 

6  12.81 

59-3 

3 

3-  176 

-    8  28  47.  2 

55-4 

2 

17.09 

5978 

Lalande  26054     .    .    . 

8.0 

6  30.  67 

65.1 

3 

3-284 

-  16  48  25.3 

54-7 

3 

17.08 

5979 
1080 

B.  A.  €.4719    .    .    .    . 
14  Bootis    

6-3 

e    c* 

6  55-37 

7    21    OA 

62.0 
70.  o 

6 

c 

3-456 

'2.  QOI 

-  28  37  33.  i 

4-     11    T7       ^8 

71.8 

CA     A 

5 

3 

17.06 

17   OJ. 

J7tJ^J 
598l 

M.  Z.  242,  87    .... 

J.  J 

9.0 

/    *  •  •  *-«f 

14     7  21.08 

66.9 

J 
2 

+  3-602 

1  J    J/       J*  " 

-  36  S6  40.  9 

34--  4- 

69-4 

j 
2 

i  f  .  wij. 
-    17.04 

5982 

B.  A.C.  4722   .    .    .    . 

5.0 

7  41-54 

59-8 

2 

3.296 

-   '7  32  45-4 

66.4 

2 

I7.O2 

5983 

Lacaille  5872   .... 

5-3 

«     1-73 

65.0 

7 

3-525 

-  32  35   16.8 

73-4 

3 

17.01 

5984 

Lacaille  5873    .... 

6-5 

8    5.66 

63.3 

3 

3-  505 

-  31  24  13.8 

70.1 

3 

17.  oo 

5985 

O.  Arg.  S.  13501  .    .    . 

7-3 

8  11.53 

68.4 

2 

3.268 

-  15  25  41-0 

55-4 

2 

17.  oo 

5986 

Lacaille  5877   .... 

7-9 

14     8  21.78 

67.4 

3 

+  3.558 

-  34  21   18.5 

69.9 

2 

-  16.99 

5987 

SQ88 

Weisse  XIV,  130     .    . 
t     Virginis     

8.8 
c  6 

8  32.  28 

8    4O    71 

59-9 

71    O 

2 

•3 

3.182 
t  1  18 

•     8  43  25.  7 

C     TQ    CC    O 

55-9 

72   6 

2 

16.98 

1  6.  98 

J^VJU 

5989 

Lacaille  5878  .    .    .    . 

j. 
6.7 

u    I|M.  I  1 

9     9.  66 

/  i  .  w 
63-4 

J 

2 

j.  *  ju 
3-7H 

j  *y  jj-  u 

—    41    56    2$.  2 

/•*-  u 
68.9 

2 

16.95 

5990 

COOT 

O.  Arg.  S.  14403  .    .    . 

'8.6 

I.  O 

9  1  1.  60 
Ho  1607 

65.4 
cc   6 

2 
368 

1-973 
4-  2  811 

-h  56  58  22.5 

+      IQ     C  C          1     C 

65.4 
C  I     C 

2 
I  IO 

16.95 
—   16  oc 

jyy* 

5992 

4     Ursa:  Minoris  .... 

5-5 

y         '  yj 

9  27-64 

JJ.  u 

68.4 

2 

T^    *•  w«  J 

-  o.  355 

*y  jj    j-  .> 
-f-  78  12  18.3 

J1*  D 
64.  2 

12 

lu.  yj 
16.94 

5993 

B.  A.C.  4731    .    .    .    . 

6.0 

9  29.  26 

60.4 

2 

+  2.818 

+  «9  33  53-9 

53-4 

3 

16.94 

5994 

CQQC 

Lacaille  5880   .... 
Anonymous          . 

6.0 

9r\ 

9  32.  84 

947    1  1 

63.0 
62.  6 

2 

3.426 
3.  128 

-  26  18  27.4 

A.    2Q     C6    O 

67.6 
cS  /i 

4 

16.94 
1  6    Q2 

Jyyj 
5996 

Weisse  (2)  XIV,  195  . 

'  U 

7.0 

4/«  Jj 

14    9  50.  68 

68.4 

' 

2 

+  2.565 

^  ^y  3«*«  y 

+  35  '4    5-9 

j°.  4 
66.  o 

3 

-  16.92 

5997 

Weisse  (2)  XIV,  196  (ist*) 

6-5 

10     2.  25 

74-4 

4 

2.799 

f  20  46  34.  o 

69-4 

2 

16.91 

5998 

Weisse  (2)  XIV,  196  <2d*) 

9.0 

10     2.35 

76.4 

2 

2.799 

+    20  46 

16.91 

5999 

Lacaille  5883    .... 

5-5 

10     7.  29 

65.0 

7 

3-53' 

-  32  34  10.  7 

69.4 

3 

16.91 

6000 

M.  Z.  242,  90    .... 

7.7 

IO   22.  32 

67.4 

2 

3.609 

-  36  41  50.  8 

67.4 

2 

16.  90 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


'53 


! 

Number. 

Name  of  Star. 

V 

•o 

1 

Mean  Right 
Ascension, 
1  860.0. 

i 

% 

1 
•8 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

S 
>> 

i 

?. 

1 
'o 
o 
fc 

Annual 
Precession, 
i860. 

6001 

WeisseXIV,  171     .    . 

9.0 

h.    m.      s. 
14  10  32.53 

62.7 

3 

s. 
+  3-  129 

0           /           // 

4  29     i.  i 

63.7 

3 

// 
—  16.89 

6002 

Weisse  XIV,  173     .    . 

7-5 

10  36.87 

76.8 

3 

3-  '39 

5   19  19-9 

68.4 

2 

16.89 

6003 

WeisseXIV,  174     .    . 

9.0 

10    38.  DO 

63.1 

4 

3-  129 

4  29  37.9 

61.6 

5 

16.88 

6004 

Weisse  (2)  XIV,  227  . 

8.0 

10  46.  04 

59-3 

2 

2-443 

+    41      3    '2-0 

57-4 

3 

16.88 

6005 

Lacaille  5886  .... 

5.6 

10  56.  65 

63-3 

* 

2 

3.604 

-  36  21   13.9 

69.9 

2 

16.87 

6006 

B.  A.  C.  4740    .... 

6.0 

1411     4.  67 

66.5 

2 

'+  3-412 

—  25   10  52.0 

66.5 

2 

—  16.  86 

6007 
6008 
6009 
6010 

6on 

WeisseXIV,  179     .    . 
i     Bootis            .        ... 

8-3 
4.0* 

8.2 

5-7 
7-5 

ii     5-54 

II     12.21 
"     H-54 
II    32-35 

14    II    41.  76 

68.4 
72.0 
76.4 
63-5 

60.6 

2 

5 
3 
16 

3 

3-184 

2.  144 

2.  144 
3.236 

i-  3-306 

•     8  45  38.  9 
-+  52    o  51.3 
+  52     i  25.3 
-  12  43  28.8 

-  '7  S2  33-6 

55-9 
69.6 

74-9 
70.6 

58-4 

2 
4 
4 
4 

8 

16.86 
16.86 
16.86 
16.84 

-  16.83 

O.  Arg.  N.  14432     .    . 
A     Virginis         

Lalande  26172     .    .    . 

6012 

Weisse  (2)  XIV,  245   . 

7-5 

II    42.  12 

68.9 

2 

2.440 

+  4i     '   '7-6 

57-4 

3 

16.83 

6013 

Weisse  (2)  XIV,  248  . 

8.5 

II    58.02 

60.  4 

2 

2.738 

+  24  38  50.  2 

58.1 

3 

16.82 

6014 
6015 

6016 
6017 
6018 

6019 

WeisseXIV,  199  (ist*J 
Weisse  XIV,  199  (ad*) 

t/i    Centauri    

8.0 
7.0 

5.0 
7.0 
6.0* 
7.0 

II    58.08 
II    58.24 

14    12      3.21 

12    3-35 
12    4-54 

12    15.67 

65-4 
65.4 

63-4 
64.  I 
60.4 
63-4 

3 

3 

3 

4 

2 

2 

3-241 
3-24i 

+  3-  626 
3-45° 
2-  539 
3-565 

•-  '3    3  44-  2 

i 

—  37  14  22.  7 
-  27  24    8.  3 
+  S6    9  24.8 
-  34     '  55-  3 

69.9 

69.8 

70.4 

53-3 
71.7 

4 
3 

2 
4 
4 

16.82 

-  16.82 
16.82 
16.82 
16.  81 

O.  Arg.  S.  13541  .    .    . 

Lacaille  5898   .... 

6020 

Weisse  XIV,  209     .    . 

8.8 

12   21.43 

66.9 

2 

3-  '30 

•    4  30     1.5 

68.4 

2 

16.80 

6021 
6022 
6023 

B.  A.  €.4752    .... 
1  8  Bootis 

6.0 
6.0* 
7.2 

14    12    22.44 
12    29.88 
12   38.66 

68.2 
65.0 
64.9 

4 
2 

2 

+    2.  139 
2-894 
3-396 

+  51  57  20.4 
+  '3  39    6.6 
-  23  51  40.5 

53-4 
54-4 
61.4 

3 
3 
3 

-  16.80 
16.80 
16.79 

O.  Arg.  S.  13544.    .    . 

6024 

WeisseXIV,  221     .    . 

9.2 

12   53.81 

62.0 

3 

3-  "8 

3  36  34-  2 

68.4 

2 

16.78 

6025 

Lalande  26210     .    .    . 

8.0 

13    4-39 

60.  9 

2 

3-320 

—  18  41  21.4 

60.  i 

3 

16.77 

6026 

M.  Z.  245,43    .... 

7.0 

14  13  14.66 

72.7 

3 

+  3-646 

-  38    2  10.  7 

67.9 

2 

-  16.76 

6027 

Lacaille  5906    .... 

7-6 

13  37-61 

63.5 

2 

3-442 

-  26  40  41.  3 

69.5 

3 

16.74 

6028 

Lacaille  5910  .... 

6.7 

13  55-92 

63.8 

5 

3-459 

-  27  39  56.9 

68.5 

3 

'6-73 

6029 

B.A.C.4757    .... 

6.0 

13  56.91 

63-4 

4 

3-572 

-  34    8  41.3 

70.5 

2 

'6-73 

6030 

6031 
6032 

Weisse  XIV,  236    .    . 
Anonymous  ... 

7.8 

8.8 
6.5 

14      0.  21 

H  '4    i-53 
14  17-  H 

71.0 

76.4 
62.4 

3 

2 
2 

3.I3I 

+  3-  132 
1.996 

-    4  34  '7-' 

—    4  42 
+  55  30  32-  2 

70.1 
62.4 

4 

2 

16.72 

-  16.72 
16.71 

O.  Arg.  N.  14464    .    . 

6033 

Tr.  Z.  226,  27   .... 

8.7 

H  36-  57 

68.4 

2 

3-597 

-  35  20  17.4 

67.9 

2 

16.70 

6034 

Lacaille  5915   .... 

7.8 

14  38.43 

62.5 

2 

3-436 

-  26    8  45.  9 

69.4 

2 

16.69 

6o3S 

Weisse  XIV,  254     .    . 

9-° 

14  48.  92 

74-4 

4 

3-  13' 

•    4  34  40.  o 

7'-4 

2 

16.68 

6036 

Weisse  XIV,  252     .    . 

9-3 

14  14  49.  74 

63-1 

3 

+  3-  '93 

9  15  I2;  3 

59-4 

2 

-  16.  68 

6037 
6038 
6039 
6040 

Weisse  XIV,  257     .    . 
51   Hydne  

9.0 

5-2 
8.2 

8.5 

14  58.01 
IS     2.33 
15  34-  25 
15  44-  38 

72.  6 

54-4 
67.0 

65.1 

4 
6 

2 

4 

3-  '33 
3-452 
3-447 
3-46i 

4  40    5-6 
-  27     6  32.7 
—  26  42  30.0 
-  27  30  43.0 

72-4 
57-o 
7'-4 
70.4 

2 

5 

2 
2 

16.68 
16.67 
16.65 
16.64 

Anonymous  .... 

M.  Z.  116,40    .    .    .    . 

J54 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 

1  860.0. 

» 

jK  

!• 

rt 
fj 
>, 

C 
S 

S 

£ 

O 

I«M 

O 

6 

Annual 
Precession, 
1860. 

Mean 
Declination, 
'      1  860.0. 

J-, 

3 

V 

x 
d 

s 
s 

1 
IM 

O 

i 

Annual 
Precession, 
i860. 

h.    *i.      s. 

s. 

0          /             // 

// 

6041 

Lacaille  5922  .... 

7-4 

14  15  44.83 

62.8 

3 

+  3-486 

-    29      2    13.9 

69.5 

3 

-  16.  64 

6042 

2     Librae        

6.0* 

15  53.  89 

67.2 

9 

3.218 

II      421.2 

64.0 

4 

16.63 

6043 

Lacaille  5923  .... 

6.8 

15  55-45 

64.4 

4 

3-547 

-  J2  26  53.  9 

69.4 

2 

16.63 

6044 

O.  Arg.  S.  13583     .    . 

7-5 

16  n.  64 

59-3 

2 

3-332 

-  '9    9  37-3 

73-9 

2 

16.62 

6045 

O.  Arg.  S.  13589     .    . 

8.8 

16  17.86 

69-3 

2 

3-332 

-  19    6  35.1 

74-4 

2 

16.61 

6046 

Lacaille  5926  .... 

8.4 

14  16  26.  23 

62.8 

3 

+  3-487 

—  28  58  50.  7 

70.0 

2 

-  16.61 

6047 

Lacaille  5925   .... 

6.8 

1  6  29.  39 

69.5 

3 

3-633 

-  36  48  31.  i 

70.9 

2 

1  6.  60 

6048 

Lalande  26293     .    .    . 

8.0 

16  38.  55 

59-3 

3 

3-331 

-    I9       2    47.1 

59-9 

4 

16.  60 

6049 

B.A.  0.4767    .... 

6.0 

1  6  49.84 

62.7 

3 

3-409 

-  24  10     6.  i 

65.0 

2 

16.59 

6050 

Weisse  XIV,  293     .    . 

7.0 

16  59.78 

65.4 

5 

3-252 

--  13  26  37.5 

68.4 

2 

16.58 

6051 

B.  A.  0.4769   .... 

7-5 

H  '7     2-55 

64.9 

2 

+  2.987 

+     6  27  37.  i 

66.4 

2 

-  16.58 

6052 

M.Z.I  16,41     .    .    .    . 

7-4 

'7     5-77 

64.7 

3 

3-464 

-  27  29  38.  5 

68.4 

2 

"6-57 

6053 

Lalande  26307     .    .    . 

6-5 

'7    9-58 

76.4 

3 

3.219 

-  ii     i  54-9 

74-o 

2 

16-57 

6054 

Lacaille  5932   .... 

6.9 

17  11.47 

63.6 

4 

3-549 

-  32  20  11.4 

69.5 

2 

16.57 

.6055 

B.A.C.4773   .... 

5-8 

'7  13-43 

63-7 

3 

2.987 

+     6  27  25.8 

71.4 

4 

16-57 

6056 

Weisse  XIV,  314     .    . 

9.0* 

H  17  35-37 

70.5 

2 

+  3-030 

4-     3  10  22.9 

72.7 

3 

-  16-55 

6057 

B.  A.  €.4778   .... 

6.2 

'7  4°-73 

71.0 

3 

2.485 

+  37  So  3'-  i 

46.8 

2 

1  6.  54 

6058 

M.  Z.  113,  101  .    .    .    . 

8.6 

17  42.46 

66.9 

2 

3-442 

-  26    5  53.  8 

70.4 

3 

16.54 

6059 

B.  A.  €.4776   .    .    .    . 

7.0 

17-43-47 

62.0 

8 

3-444 

-    26    12    52.9 

66.5 

3 

16.54 

6060 

Weisse  XIV,  316     .    . 

8.0 

17  47.69 

65-4 

4 

3-253 

-  13  27     3-  i 

69.9 

2 

16.54 

6061 

O.  Arg.  S.  13611     .    . 

7-5 

14  17  58.74 

65-3 

2 

+  3-451 

-  26  35  25.4 

68.9 

2 

-  '6.53 

6062 

Lacaille  5941    .... 

7.2 

18    6.86 

63-4 

2 

3-557 

-  32  36  58.  i 

67-9 

2 

16.53 

6063 

DM.  +  3°,  2890  .    .    . 

9.0 

18  41.  12 

62.9 

2 

3-03° 

+      3    10   22.  I 

64.9 

2 

16.  52 

6064 

Rumker  4697   .... 

7.0 

18  48.43 

65-2 

3 

+  3-050 

+     i  37  4i-7 

56.7 

3 

16.49 

6065 

Schwerd  835     .... 

8.0 

1  8  56.27 

64.  i 

3 

—  i  .  240 

+  79  58  49-  8 

73-9 

2 

16.49 

6066 

Radcliffe  3200      .    .    . 

8.0 

14  18  56.32 

59-4 

2 

+  2.244 

+  47  24  17.2 

56.4 

4 

-  16.48 

6067 

Lacaille  5945   .... 

7.0 

19    3.  68 

67.8 

3 

3.  602 

-  34  48  48.  3 

66.4 

2 

16.48 

6068 

O.  Arg.  S.  13626     .    . 

8.0 

19  12.  69 

74-7 

5 

3.466 

-  27  17  18.  o 

70.4 

2 

16.47 

6069 

O.  Arg.  S.  13629     .    . 

7.6 

19  21.41 

70.6 

7 

3.466 

-  27  16  18.5 

65-4 

3 

16.46 

6070 

B.  A.  C.4783    •    •    •    • 

6.5* 

19  46.  27 

53-3 

ii 

2.451 

+  39     i  37-4 

53-9 

6 

16.44 

607  1 

52  Hydrse  

?.8 

HIQ    SO.  OO 

?•!.  8 

7 

4-    1.4Q5 

—  28  <  i  16.  7 

58.0 

6 

-   16.43 

""/  * 

6O72 

Weisse  XIV,  362     .    . 

J 

8.0 

my    jy 

20    7.  23 

J  J 

65.1 

i 
3 

i     o  ^yj 
3.087 

"•    J  •     O     •  / 

i     6  29.  7 

J 

55-4 

2 

16.42 

6o7"? 

Anonymous      .... 

8  S 

20  14.  6  1 

66.9 

2 

T..  4^0 

-  26  ii     1.8 

68.4 

2 

16.  42 

Wf  J 

6074 

6     Bootis        

J 

4.0* 

2O   2<    72 

•  y 
6^.  4 

6 

JM    *T  J" 

2.  O7O 

J        J 

-4-    $2    20    S6.  2 

61.6 

4 

16.  41 

*****  T" 

6075 

O.  Arg.  S.  13647       .    . 

•fr* 

7.0 

"J1  /  " 

20  26.  64 

WCM    • 

65-3 

4 

*  **/  v 

3-469 

i     j       y  j 

-  27  17  21.4 

**J* 

64.4 

2 

16.41 

6076 

Weisse  XIV,  371     .    . 

8.0 

14  20  46.  30 

59-4 

2 

+  3-087 

i     8  15.8 

55-4 

3 

-  16.39 

6077 

Lacaille  5953   .... 

7.0 

20    58.65 

62.7 

3 

3-49' 

-  28  29    6.  i 

67.4 

2 

16.38 

6078 

106  Virginis 

6.0 

21     18.89 

«  8 

7 

1    K7 

—    6  16  12.  5 

72.  O 

4 

16.  16 

jj- 

3 

j      j  i 

/ 

V,     JU 

6079 

O.  Arg.  S.  13663       .    . 

6.4 

21    27.61 

64.  2 

5 

3-439 

-  25  23     7.  6 

64,9 

2 

16.35 

6080 

Lacaille  5955   .... 

6-5 

21    42.  40 

63-4 

2 

3-7I9 

-  39  51     o-9 

68.4 

2 

16.34 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


155 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

IM 

0 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

Mean  year. 

1 

«*H 
O 

I 

Annual 
Precession, 
1860. 

6081 

Lacaille  5959  .... 

7-5 

h.  m.      s. 
14  21  47.40 

62.9 

2 

s. 
+  3-432 

0           /           // 

-  24  54  51-6 

69-5 

3 

// 
-  16-34 

6082 

B.  VI.  +  380,2557.    . 

7-7 

22   25.57 

70.4 

4 

2.  460 

+  38  U     3-3 

61.1 

3 

16.  31 

6083 

Lacaille  5962   .... 

6.2 

22    27.43 

65.9 

2 

3.720 

-  39  45  40-  2 

68.5 

2 

1  6.  30 

6084 

B.A.C.4797    .... 

6.0 

22    28.  60 

52.7 

8 

3.489 

+  36  49  30.  2 

47-4 

2 

1  6.  30 

6085 

Lacaille  5963   .... 

5-5 

22   31.  22 

67.4 

2 

3.686 

-  38  14  43-9 

71.8 

3 

16.30 

6086 

DM.  +  49°,  2301     .    . 

10.  O 

14   22   38.45 

64-3 

2 

+  2.  166 

+  49  18 

-  16.  29 

6087 

O.Arg.  8.13679.    .    . 

7-5 

22   38.87 

64.0 

5 

3-456 

-   26    12   36.5 

62.5 

2 

16.  29 

6088 

B.  A.  C.  4798   .... 

6.5* 

22   42.43 

65.0 

3 

3-OS2 

+       I    27    17.6 

56.8 

5 

16.  29 

6089 

Lament  1702    .... 

9.0 

22   43.83 

61.4 

2 

3-  "4 

•    3    5  38-6 

68.4 

2 

1  6.  29 

6090 
6001 

Lacaille  5967   .... 
Anonymous       .... 

7-5 
8.  3 

22  46.32 
H22  40.  ST. 

63.5 
66.4 

2 
2 

3-599 
+  3.444 

-  34    3  21.5 
-  25  29    8.  3 

69.4 
69.4 

2 
2 

1  6.  29 
-  16.29 

wyu 

6O92 

O.  Arg.  S.  13683      .    . 

O 

8-5 

^y  33 
22   51.86 

»*•"'•  T^ 

74-4 

4 

3-4I9 

—  23  57  So-  5 

74-4 

4 

16.28 

6093 

B.A.  C.  4800    .... 

7-3 

22   58.63 

63.1 

3 

3-431 

-  24  41  23.  o 

68.7 

3 

16.28 

6094 

Weisse  XIV,  422     .    . 

9.0 

23  36.  73 

60.  9 

2 

3-  II6 

—    3  10  27.5 

58.1 

3 

16.25 

6095 

Lacaille  5975   .... 

6-4 

23  40.30 

63-4 

2 

3-554 

-  3i  33  45-  7 

65-9 

2 

16.  24 

6096 

Weisse  XIV,  423     .    . 

8.0 

14  23  41.57 

61.3 

4 

+  3-  143 

•    5  10  41.4 

58.4 

2 

—  1  6.  24 

6097 

O.  Arg.  S.  13694  .    .    . 

7.0 

23  46.  14 

65-5 

5 

3.420 

-  26  56    8.  7 

67.2 

8 

16.  24 

6098 

O.  Arg.  S.  13697  .    .    . 

7-7 

23  57-  85 

63.8 

4 

3-474 

-  27     4  59.  i 

66.1 

3 

16.  23 

6099 

B.  A.  C.  4805    .... 

6.0* 

24    5-72" 

60.  i 

4 

2.  353 

+  42  25  45.8 

53-8 

5 

16.  22 

6lOO 

O.  Arg.  S.  13702  .    .    . 

7-2 

24    5-87 

63.2 

5 

3-458 

—  26    9  37.  8 

62.5 

3 

16.  22 

6101 

Riimker  4730  .... 

8.8 

14  24  15.41 

59-4 

2 

+  3-051 

+     i  32    3-3 

56.7 

3 

—    1  6.  21 

6102 

O.  Arg.  N.  14614     .    . 

24  39-44 

61.4 

2 

2.  159 

+  49    9  58.3 

62.9 

2 

16.  19 

6103 

Mer.  C.  Z.  170,  74    .    . 

9.0 

24  41.70 

77-4 

2 

3-595 

-  34    4 

16.  19 

6104 

Mer.  C.  Z.  170,  75    .    . 

7-7 

24  43.  78 

77.1 

3 

3-595 

-  34    6 

.   . 

16.  19 

6105 

Weisse  XIV,  445     .    . 

8.0 

24  50.06 

67.9 

4 

3.088 

i   10    5.3 

57-8 

3 

16.  18 

6106 

O.  Arg.  S.  13711  .    .    . 

5-0 

14  24  52.41 

65.4 

3 

+  3-53° 

-  30    5  36-  5 

67.4 

3 

-  16.  18 

6107 
6108 

Lacaille  5988  .... 
p     Bootis    

6.8 
4.0* 

25  45.22 

2C   4.7    71 

63-3 

67     I 

2 

•JA 

3-556 

2    ?O? 

-  31  20  16.  7 
4-   30  SQ   K.  o 

69.1 
61.  o 

3 
c 

16.  13 
16.  13 

6109 

Anonymous           .    . 

*T* 

Q    $ 

•*J    T/*  *  • 

26      7    QO 

VJ,     1 

66.9 

J^ 

2 

••  Jyj 
•J    C-1A. 

i    o     j  y     j 
—    -2O      4. 

j 

16.  12 

61  10 

26  Bootis       ...        .    . 

y  j 

6.0* 

/    y 

26  10.  67 

68.  i 

J'   JJT- 

2    7^6 

j**     T^ 

-(-    22    S2  4O.  3 

S}.  T 

•i 

1  6.  n 

HIM 

Lacaille  5991    .    .    .    . 

7.0 

14   26    14.  12 

66.0 

2 

••  /  Jv 
+    3-626 

I      •*    j*"  ^v-  o 

-  34  5°  40-  3 

jj  j 
66.  9 

j 

2 

-  16.  ii 

6112 
61  1  "i 

Lalande  26560     .    .    . 
y     Bootis 

7-5 
t  ** 

26    15.49 
26   26.  40 

67.1 
4.8  a. 

3 

I   C 

2.596 
2.428 

+  30  S2  44-  7 
4-    -jg   re    17    c 

67.4 

?2   8 

2 
f 

16.  ii 
16.  10 

6114 

Riimker  4739  .... 

j*  j 

8.8 

26  46.  7  1 

t\u.    \ 

62.4 

»J 

3 

3-°52 

T    .}"   JJ    *  /  -  J 

+     i  28    6.  i 

J*" 

55-4 

J 

3 

16.  08 

6115 

B.A.  0.4814    .    .    .    . 

7.0 

26  58.30 

59.6 

6 

3-36o 

-  19  49  22.  i 

57-6 

N 

16.07 

6116 

O.  Arg.  N.  14647      .    . 

8.8 

14  27    4.06 

64.9 

2 

+  2.086 

+  50  56  26.  o 

57-4 

2 

-  16.07 

6117 

B.A.  0.4816    .    .    .    . 

6.0 

27  37-00 

47-4 

2 

2.454 

+  37  34  45-9 

73-8 

3 

16.04 

I.MS 

Lacaille  6000   .... 

7-5 

27  37.02 

63-4 

2 

3.  620 

-  34  17  31-9 

66.4 

2 

16.04 

6lI9 

Lacaille  5999  .... 

5.8 

27  40.09 

69.4 

3 

+  3-  722 

-  3«  58  57-  i 

65-9 

2 

16.03 

6l20 

1 

5     Urs«;  Minoris    .... 

4-3 

27  52.02 

62.8 

ii 

—  o.  231 

+  76  19    5-8 

66.8 

41 

16.02 

156 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

ij 

a 

| 

O 

'o 
o 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 

B 

C 
rt 
V 

s 

M 

o 
o 

6 

Annual 
Precession, 
1860. 

h.  m.     s. 

s. 

o      /         // 

„ 

6121 

Weisse  XIV,  503     .    . 

8.0 

14  28    5.83 

61.4 

3 

+  3-  '46 

5  '3    3-8 

61.4 

3 

-  16.  01 

6122 

O.Arg.  S.  13747  .    .    . 

7.8 

28  19.28 

72.7 

6 

3-494 

-  27  38  34.0 

71.0 

5 

16.  oo 

6123 

Mer.  C.  Z.  170,  78    .    . 

7.8 

28   21.  64 

66.0 

2 

3.620 

-  34  10  53.6 

68.4 

2 

16.  oo 

6124 

M.  Z.  242,  101  .    .    .    . 

7-3 

28   31.  22 

65-4 

2 

3.678 

-  36  55     9-  7 

68.9 

2 

15.99 

6125 
6126 

Weisse  (2)  XIV,  603   . 
a     Bootis    

8.0 
5-° 

28   31.36 
14   28   35-OI 

71-5 
58.8 

3 
q 

2-447 

4-    2.  5QQ 

+  37  45  iS-6 
•4-  30  21   1  8.  i 

74-4 
67.8 

4 

15.99 

I  C.  QQ 

6127 

Lament  4429    .... 

9-2 

28   39.47 

72.9 

y 

2 

i          jyy 
3-049 

+     i  39  55-3 

/  '  •* 

68.4 

2 

15.99 

6128 

Weisse  XIV,  5  19     .    . 

8-5 

28   53.41 

6o.'4 

3 

3-  "7 

•    3  10    6.  o 

58.5 

2 

'5-97 

6129 

Anonymous  

8.5 

28   54.  96 

74-4 

4 

3-496 

-  27  37  45.0 

73-2 

5 

15-97 

6130 

RUmker  4760  .... 

7.0 

28   55.06 

62.4 

2 

1.978 

+  53  30  54-4 

62.  4 

2 

15-97 

6131 

B.  A.  0.4825    .    .    .    . 

6.0* 

14  28  55.  10 

47-5 

6 

+  2.457 

+  37  14  32.6 

47-3 

2 

—  15-97 

6132 

O.  Arg.  S.  13757  .   .    . 

8.1 

28   59.52 

64-4 

2 

3-452 

25  1  1     6.  4 

67.  o 

2 

15.96 

6i33 

O.Arg.  8.13758.    .    . 

8.5 

29    3.  61 

76.4 

3 

3-497 

-  27  41  22.  7 

71.  i 

3 

15.96 

6134 

Riimker  4761    .... 

9.0 

29  26.  14 

59-4 

2 

+  3-048 

4-     i  40    4.0 

58.4 

2 

15-94 

6i35 

O.Arg.  N.  14695      .    . 

7-5 

29  27.84 

68.3 

2 

-  o.  279 

+  76  23  13.8 

66.4 

3 

15.94 

6136 

Lacaille  6015   .... 

6.0 

14  29  35.85 

69.5 

3 

+  3-7" 

-  38  10  57.8 

68.4 

2 

-  15-93 

6i37 

B.  A.  0.4830   .    .    .    . 

6.0* 

29  45.  94 

65-7 

3 

2.  IO4 

+  49  58  47-  9 

54-4 

3 

15-92 

6138 

Weisse  XIV,  540     .    . 

7.8 

29  50.  89 

59-9 

3 

3-  "9 

3  16  47-5 

59-7 

6 

15.92 

6i39 

Lacaille  6020  .... 

6.5 

29  53.6o 

64-3 

3 

3-635 

-  34  39  54-4 

69.  i 

3 

15.92 

6140 
6141 

Lacaille  6027    .... 
3     Librae    .... 

6.5 
6.6 

30  49.  85 
1431   17.  42 

66.7 

67.    A. 

3 

3.598 

_1_     i    AAA 

-  32  46  14.4 

—  —   24,  2C.    12    I 

68.0 

67  o 

2 
2 

15.87 

6142 

B.  A.  0.4838    .    .    .    . 

7-3 

31  32.01 

^J*  T- 

67.  2 

3 

1         J'  *T*T*T 

3-474 

-  26    6  55.  6 

62.5 

2 

15-83 

6i43 

Lacaille  6035   .... 

7-5 

31  48.  64 

63.4 

4 

3.482 

-  26  31  30.  5 

64.4 

2 

15.81 

61-44 

Lacaille  6040  .... 

7-7 

32  to.  62 

63.2 

3 

3-523 

-  28  41  41.5 

66.4 

2 

15-79 

6145 

0.  Arg.  S.  13813  .    .    . 

7-2 

32  17-57 

64.2 

5 

3.468 

-  25  39    2.0 

65.8 

5 

15-79 

6146 

O.  Arg.  S.  13814  .    .    . 

8-5 

14  32  22.41 

64-7 

3 

+  3-468 

—  25  38  33-  7 

68.7 

3 

-  15.78 

6147 

Lacaille  6038  .... 

5-5 

32  25.96 

66.8 

3 

3-661 

-  35  3i  49.  2 

73-4 

3 

15.78 

6148 

Lacaille  6047  .... 

7-6 

32  47-  95 

64-5 

5 

3-472 

-  25  49  29.  5 

63-4 

2 

15-76 

6149 

B.  A.  0.4841    .    .    .    . 

6.0* 

32  56.95 

60.  i 

6 

2.266 

+  44  14  5°.  8 

53-3 

3 

'5-75 

6150 

B.  A.  0.4842   .... 

5-3 

33  16.51 

69.9 

4 

3-701 

-  37  ii  23.5 

65.9 

2 

15-74 

6151 

Weisse  (2)  XIV,  696  . 

8-3 

«4  33  25.93 

63.0 

3 

+  2.723 

+  22  47  11.5 

64.9 

2 

-  15-73 

6152 

Lacaille  6051    .... 

6.8 

33  28.  87 

66.  i 

3 

3-534 

-  29    5  43.  i 

69-3 

5 

15-72 

6153 

Mer.  C.  Z.  172,  118  .    . 

7-5 

33  33-71 

66.4 

7 

3-595 

-    32    12  43.  I 

69.4 

4 

15.72 

6154 

Weisse  XIV,  666    .    . 

8.2 

33  36.53 

60.4 

2 

3-  "57 

5  5'   19-7 

58.4 

2 

15.72 

6155 

Lacaille  6053  .... 

8.  i 

33  38.  77 

63-2 

3 

3.528 

-  28  45  12.3 

68.4 

2 

15.72 

6156 

Weisse  XIV,  608     .    . 

8.2 

14  33  45-  58 

69.  i 

3 

+  3-  230 

-  10  45  39.  9 

58.4 

2 

-  15-71 

6157 
6158 

Lacaille  6054  .... 
TT    Bootis  (ist*)    . 

7.0 

33  48.  50 

65.0 
76  4. 

7 

3-595 

2.  817 

—  32    9  50.  8 

1       j  7        j     I  7    8 

68.8 

77     f 

5 

I  C    f\c\ 

6159 

if   .Bootis  (2d*)    . 

7  A        Q     77 

/  w-  *r 
76  4. 

2.  817 

+17        I     12     7 

77-  5 

77     C 

15.  09 

6160 

Lacaille  6060  .... 

7-2 

JT"        :?•  J/ 

34  13-72 

/  "•  *f 
64.I 

4 

3.500 

1  /                LAt  J 

-  27  ii    8.5 

77-  5 
64.9 

2 

15.68 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


157 


•a 

Mean  Right 

i 

1 

•73  .2   ^ 

Mean 

S 

1 

•a  .1   . 

0 

Name  of  Star. 

.y 

Ascension, 

^ 

B     •    Q 

rt      U5     *O 

Declination, 

MM 

H   3  Q 

1 

f> 

1  860.0. 

EM 

O 

6 

O      0     °° 

<   2 

1  860.0. 

\ 

O 

Q 

<  i  * 

X 

3 

S 

PH 

S 

£ 

h.  m.      s. 

S. 

0          /          // 

- 

,, 

6i6i 

C     Bootis               .... 

4.8 

H-7A    27    Q6 

7O.  c. 

4-    2   8?Q 

_|_    14.    jn    Co.  O 

72.6 

C     A»y 

if.     U 

Ji^     t,  I  .   y\J 

/  •*•  j 

-j-     ••  wjy 

5 

~  *5p  ^7 

6162 

O.  Arg.  S.  13856  .    .    . 

7.  I 

34  5°-  52 

61.8 

3 

3-442 

-  23  53  26.  8 

59-9 

4 

15.65 

6163 

B.A.  0.4852    .    .    .    . 

5.0 

35    6.26 

69.4 

4 

3-649 

—  34  34     7-  5 

69.9 

4 

15.64 

6164 

6.  i 

35    8.  46 

64.  7 

q 

T.   4C.2 

24.    27    <  1    C 

t>6.  o 

1C    67 

v  »  BMf 

J^      / 

y 

O    ^  J 

T"     j  5  J-  5 

5 

'5*  ^3 

6165 

Lacaille  6064  .... 

8.0 

35    8.75 

66.4 

3 

3.548 

—  29  36  28.  3 

67.9 

2 

15-63 

6l66 

Weisse  (2)  XIV,  751  . 

7.0 

14  35  23.40 

71-4 

3 

-f  2.399 

+  38  44  44.0 

65.1 

3 

—  15.62 

6167 

Lacaille  6067   .... 

8.0 

35  26.02 

62.4 

2 

3-545 

-  29  23  48.4 

68.0 

2 

15.62 

6168 

O.  Arg.  S.  13870     .    . 

8.2 

35  26.59 

61.8 

3 

3-443 

-  23  51  38.4 

59-9 

4 

15.62 

6169 

H     Virginis     

4.   IJ 

5C   41    17 

62.8 

6 

•3      146 

C        2     C  I     7 

61  o 

i  ^  60 

JJ     *T*  •    *  / 

J-  *V 

J               J  *  •  J 

4 

6170 

B.A.  0.4857    .    .    .    . 

6.4 

36  14.  61 

63-2 

4 

3-439 

-  23  31  58.0 

67.9 

2 

'5-57 

6171 

B.  A.  C.  4858  .... 

5-8 

H  36  24.  59 

63-4 

2 

+  3-654 

-  34  35  46.  3 

71-7 

4 

—  I5-56 

6172 

KUmker  4800  .... 

7.0 

36  28.66 

62.4 

2 

'•959 

+  52  50  16.  8 

65-4 

2 

I5-56 

6173 

M.Z.  17,  25  

7-5 

36  48.  06 

66.9 

2 

3.7I7 

—  37  21  35.5 

70.4 

2 

«5-54 

6174 

M.  Z.  165,35    •    •    •    • 

9-5 

36  55-  29 

64.4 

2 

3-47° 

-  25  14    0.5 

64-5 

2 

'5-54 

6175 

Weisse  (2)  XIV,  788  . 

7-o 

36  59.  72 

71.  i 

3 

2.426 

+  37  21   18.0 

65.0 

3 

'5-53 

6176 

Weisse  XIV,  668    .    . 

8.0 

14  37    o.  81 

61.4 

6 

+  3.158 

-    5  47  36.  5 

58.4 

2 

—  15-53 

6l77 

34  Bootis               . 

6.0 

•77     l6     I  1 

60.  i 

i    2.  6^8 

. 

. 

II 

T  27     7  30.  o 

oo.  4 

3 

*5*  5* 

6178 

Lalande  (F)  2523    .    . 

6-9 

37  37-17 

64-9 

4 

-  '.874 

+  80  15  49.9 

66.5 

2 

15.50 

6179 

54  Hydra:  (ist*)  .    .    .    . 

6.0 

37  54-22 

64.4 

8 

+  3-465 

-  24  50  46.8 

67.5 

3 

15-48 

6l8o 

54  Hydra:  (2d*)  .... 

7-6 

37  54-  66 

64.9 

6 

3-465 

-  24  5°  53-0 

69.5 

2 

15.48 

6l8l 

6.  i 

14  38  14.  89 

62    4 

I  C     A  ft 

*"•  T- 

i 

~T~  j-  y° 

—  14  52     i  •  9 

69-  5 

2 

-  i  5  .  40 

6l82 

Lacaille  6086  .... 

5-5 

38  19.  06 

63-4 

2 

3.73° 

-  37  4i  46.  7 

68.5 

2 

15.46 

6l8^ 

108  Virginis     

6  «* 

38  22.  47 

61.  i 

g 

7    Ol  7 

1                   C 

C*7     9. 

, 

* 

v.  j 

T      '    IS   37-  2 

S?-8 

4 

1  5*  •  i  '  ' 

6184 

Lamont  4482    .... 

8.0 

38  27.  25 

69.4 

3 

3.069 

+    o  13  44.0 

70.6 

4 

•5-45 

6185 

DM.  4-27°,  2416     .    . 

38  38.57 

68.4 

2 

2.636 

+  27  10 

•  • 

15.44 

6l86 

o     Bootis    ... 

4  <;* 

8 

60.  3 

2 

_|_    2.  8O2 

T-  J 

4  j     4   *  3 

+  '7  33  33-2 

53-3 

3 

—  15.44 

6187 

e     Bootis  (ist*)     . 

38  52.  25 

63 

2    624. 

. 

j.  3 

T    27   4°      2.  3 

72.  5 

2 

'5-43 

6l88 

E     Bootis  (ad*)     .... 

2-3* 

38  52-  39 

54-6 

222 

2.624 

+  27  39  58.6 

S3-' 

67 

15-43 

6189 

55  Hydras  

6.  i 

7O     14    4.7 

71    n 

347? 

jy    i't>  *f/ 

/  i  .  y 

•  *r/  • 

-    25      2      2.5 

70.  o 

4 

'5-41 

6190 

Lalande  26923     .    .    . 

7-5 

39  22.34 

68.4 

2 

2.508 

+  33  23    o.  3 

60.  9 

2 

15.40 

6igi 

Lacaille  6099  .... 

6.8 

'4  39  3°.  13 

66.4 

2 

+  3-Si' 

-  27    6  31.5 

67.9 

2 

-  '5-39 

6192 

56  Hydrae  

c    r 

7Q     74    O2 

67     A 

,- 

f:. 

j'  j 

jy    j^'  y^ 

^J-  T- 

j-  49° 

-  25  29  53.  3 

64-4 

2 

15-  39 

6lQ7. 

57  Hydras  .    .    . 

c   X 

s 

f)1     A 

2 

f 

....    Q 

i  r     iQ 

yj 

5" 

39  4'-)*  7^ 

UJ-  *T 

3  -492 

—  20    3  25.  o 

OO.  o 

3 

I5-3° 

6194 

Lacaille  6100  .... 

7.0 

39  54-  26 

66.4 

2 

3-679 

--  35  '5  13-7 

69.0 

2 

'5-37 

6195 

M.  Z.  242,  no      ... 

8.2 

40    9.63 

68.4 

2 

3-721 

-  37    2  44.6 

67.8 

3 

15-35 

6196 

B.A.  0.4884    .... 

7-2 

14  40  22.  14 

62.8 

3 

+  3-472 

-  24  54  21.5 

67.0 

2 

-  '5-34 

6197 

Weisse  XIV,  748    .    . 

7-3 

40  23.  72 

67.1 

3 

3.067 

+    o  18  43.7 

65-5 

2 

'5-34 

6198 

B.  VI.  +37°,  2573.    . 

7-2 

40  24.23 

7I.I 

3 

2.412 

+  37  29    2.0 

60.4 

2 

15-34 

6199 

O.  Arg.  S.  13951     .    . 

8.1 

41  10.  98 

68.5 

3 

3-45' 

-  23  40  43-  5 

57-4 

2 

'5-  3° 

6200 

B.A.  0.4888    .... 

6.0 

41  13-78 

64.6 

7 

3-451 

-  23  39  58.  i 

60.  o 

4 

15-29 

'58 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

| 

>^ 

C 
rt 
<U 

S 

1 

lM 

O 

6 

z 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

M 

3 

B 

>^ 

§ 

1 

<— 
O 

1 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

6201 
6202 

Weisse  XIV,  759    .    . 
Lacaille  6109  .    .    .    . 

8-5 
7-o 

14  41   16.  16 
41  20.  60 

61.4 

68.9 

3 

2 

+  3-I7I 
3.609 

6  31   14.5 
—  3i  5°  25.5 

58-4 

73-i 

2 

9 

-  "5-29 
15.29 

6203 
6204 

M.  Z.  242,  in     ... 
ti     Librae                .... 

9.0 

4.  S 

41  22.56 
41  38.87 

76.4 
62.2 

2 

8 

3.720 
•?.  281 

-  36  48  36.  8 

17    53    4Q.  O 

67.9 

SQ.  7 

2 

4 

15-29 
i">.  27 

lr*,wf 

6205 

Lacaille  6113  .    .    .    . 

^   J 

7-o 

41  40.  01 

66.4 

2 

J 

3-542 

J    O  J    Ty1 

—  28  27    o.  7 

J7      / 
66.9 

2 

J*       / 

15-27 

6206 

62O7 

0.  Arg.  S.  13958     .    . 
58  Hydra:      

7.8 
^.o 

14  41  50.63 
42     4.51 

68.5 

66.0 

2 
2 

+  3-452 
1.  $22 

-  23  38    8.  3 

—   27    22   28.8 

57-8 

71.2 

3 

8 

-  15.26 

IS.  2S 

\J*,\Jj 

6208 

Lalande  27023     .    .    . 

J 
7-2 

42  31.06 

68.4 

2 

J    j 
2.386 

+    38    15    21.4 

/ 

48.4 

i 

J      j 
15.22 

62O9 

O.  Arg.  S.  13978     .    . 

7-8 

42  38.07 

65.0 

5 

3-53° 

-  27  44  28.  7 

65.0 

4 

15.21 

62IO 
621  I 

Weisse  XIV,  787     .    . 
8     Librae    

8.5 
6.0 

42  38-  75 
14  42  56.  86 

65-4 
6^.6 

2 
14 

3-I72 

-|-     -3.71-2 

—    6  34  49.  9 

—  .IS    24.  44.  6 

58-4 

<;;    6 

2 
I  J 

15.21 
—   I  c.  20 

6212 
621  } 

Weisse  XIV,  793     .    . 
(7     Libnc        .            ... 

7-5 

I  .  O 

43     o-  45 

4^      8.  3S 

WJ.     V 

66.4 

s6  •? 

"f 
2 
222 

1       J    J    J 

3-249 

•3    714 

*  j    *-t  *tt 

-  ii  26    9.  6 
—   15  27  26.8 

JO- 

6l.     I 

C2    A 

3 

C7 

•J«    *»* 

15.19 

JC      In 

1} 
6214 

Weisse  (2)  XIV,  932   . 

8-3 

^J              JJ 

43     8-  49 

J        J 

77.0 

2 

O*  J"T 

+  2.423 

+  36  38     2.  6 

j*"  *f 

55-i 

Jl 

3 

"j"  *y 

15.19 

6215 

Lalande  (F.),  2537  .    . 

8.0 

43  I7-70 

64.4 

2 

—  2.086 

+    80    22    55.7 

67,9 

2 

15-18 

D2l6 

Weisse  (2)  XIV,  936  . 

8.0 

>4  43  24-43 

73-8 

5 

+  2.421 

+  36  39  '5-4 

69.  2 

5 

-  "5.17 

6217 

B.  A.  €.4897    .... 

6.0 

43  36.  69 

69.  o 

2 

2-378 

+    38   23    22.  3 

47-4 

4 

15.  16 

6218 
6219 

O.  Arg.  S.  13996      .    . 
1  1   Libras    

7-2 

C     r 

43  43-48 

4"?   4S.  64. 

68.4 

62.  Q 

2 
2 

3-457 
•?  008 

-  23  42  30.  7 

—      I    42  47.  8 

65.4 
60.  o 

3 

2 

15-  is 

IS.  IS 

6220 

15.  A.  €.4902    .... 

J     J 

6.0* 

t  J      TO  *  VT 

43  56.71 

*"  y 

60.  9 

2 

j'  **y* 

2.582 

4     t       t  /  •  ^ 

+  29  II  50.  1 

53-4 

3 

*  J*  *  j 
IS-  14 

6221 

15.  A.  C.  4901    .... 

4-8 

'4  44    4-  75 

66.4 

2 

+  3-  739 

-  37  13  28.  3 

70.3 

3 

-   15.13 

6222 
6223 

DM.  +  37°,  2578     .    . 
Anonymous  .    . 

8.0 

44  I4-3I 

AA      I  6 

68.9 

2 

2.  406 
2    4OO 

+  37  10  32-  3 

—    -37       2    C.C    7 

65-7 
6c  o 

3 

2 

15.  12 

1C     12 

J 
6224 
6225 

B.  A.  C.  4906    .... 
X     1668  

6.0 
6.  3 

ft             ' 

44  57-  88 

44    CO,  82 

68.9 

62     d 

2 
2 

••  t^y 
2.387 

I  .  Q41* 

j/       "    Jj*  1 

+  37  5°  53-  " 
4-   SI   S7   10.  7 

**j«  y 

47-4 
6s  c 

2 
2 

•  3*  «« 

15.08 

IS.  08 

6226 

Lacaille  6134   .    .    .    . 

J 

7-5 

ft    j;/*  •*• 

'4  45  29-  13 

"*"    T 

65.  I 

6 

-7T^  J 

+  3-  538 

1     J      j  i       y    I 

-  27  49  47-  3 

j-  j 
65.  o 

2 

i  J.  --"J 

-  15-05 

6227 

B.A.  C.  4910   .    .    .    . 

7-6 

45  48.  20 

62.  5 

2 

3-455 

-  23  23  56.4 

66.0 

2 

15-03 

6228 

Riimker  4840  .... 

8.8 

45  49.58 

64.9 

2 

3-052 

+     i   i«  3'-  7 

55-5 

3 

15-03 

6229 

Lacaille  6135    .... 

6.7 

45  50-48 

67-.  o 

5 

3.  660 

-  33  34    2.4 

73-o 

4 

15-03 

623O 

B.A.  €.491  1    .    .    .    . 

6.4 

46    3-  54 

65.2 

9 

3-539 

-  27  46  25.  o 

63.7 

4 

15.02 

6231 

6252 

B.  A.  C.  4912    .    .    .    . 
12  Libraj    .    .    . 

5-3 
6.  o* 

14  46     5-  40 

J.6    12    7  C 

63.8 

S7    6 

6 

+  3-642 
1  468 

-  32  43  36-  7 
24     4     o.  6 

66.5 

CO    A. 

2 
jj 

-  15.01 

15.01 

v"  ,}*• 
6233 

O.  Arg.  S.  14042  .    .    . 

8-5 

*tw    *  *"  /  j 

46  18.55 

J/  •  u 

67.0 

2 

J-  4-uo 
3.538 

-  27  42  3.8 

J  '  •  *T 

67.4 

2 

15.00 

6234 

Weisse  XIV,  872     .    . 

8-5 

46  35-98 

61.4 

2 

3.070 

•f     o    8  56.  2 

59-8 

5 

14.99 

6235 

Weisse  XIV,  874     .    . 

8.0 

46  39.  10 

61.4 

2 

3.069 

4-     o  10  14.  8 

59-8 

5 

14.98 

6236 

O.  Arg.  S.  14046  .    .    . 

8.2 

14  46  57.  10 

68.4 

2 

+    3.565 

-  28  57  39.3 

66.4 

2 

-  14.97 

6237 
62^8 

Lacaille  6152    .... 
Anonymous  .    .        .    . 

6-5 

O    <t 

47  54-20 

48    II    7  S 

66.4 

68.  5 

2 

2 

3.678 
3C  1  A 

-  34    3  39-o 
26  10 

67.9 

2 

14.91 

H8o 

HJW 

6239 

Weisse  XIV,  906     .    . 

7'  J 

8-3 

t^u    1  1  .  f  3 
48   25.06 

68.4 

2 

•  3*4 

3-051 

+     i   '8    7-5 

55-5 

2 

.  oy 

14.88 

6240 

O.  Arg.  S.  14080  .    .    . 

6  o 

48   44.92 

64-7 

3 

3-5°4 

-  25  42  57.3 

68.0 

2 

14.86 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


159 


"H 

Mean  Right 

I 

i 

c" 
•a  .2    rf 

Mean 

1 

1 

£3* 

•a  .s   • 

1 

Name  of  Star. 

'5 

Ascension, 

a 

o 

B     $    00 

Declination, 

o 

Zt     ifl     O 

B 

M 

CJ 

1  860.0. 

rt 
(U 

d 

<     {j 

1  860.0. 

1 

d 

<  z  " 

* 

S 

* 

* 

* 

S 

£ 

h.  m.       s. 

S. 

B       '/          // 

,, 

6241 

M.Z.  113,  120  .... 

8.0 

14  48  45.  58 

64-4 

2 

+  3-515 

-  26  13  58.  5 

68.5 

4 

-  14.86 

6242 

Lacaille  6157    .    .    .    . 

6.4 

48  48.02 

63-4 

4 

3-639 

•-  32  15  55-7 

68.4 

2 

14.86 

6243 

Lacaille  6162   .    .    .    . 

6.2 

48  52.  88 

69.8 

3 

3-562 

-  28  35  21.  i 

66.9 

2 

14.85 

6244 

Lacaille  6164  .    .    .    . 

7.0 

49     8.  69 

63-4 

4 

3.640 

-  32  15  49-  ' 

68.4 

2 

14.84 

624.1; 

£-2    LibriTe            .        ... 

5-  o 

49  10.  60 

ee    7 

•J    244 

jO    CQ    71.  <* 

Cg     I 

I  I    84. 

'•"•tj 

j  j-  / 

jO.    I 

6246 

Radcliffe  (2)  1437   .    . 

7-8 

14  49  17.66 

71.2 

5 

+  3-414 

-  20  47     4.  9 

69.7 

4 

-  14-83 

6247 

Piazzi  XIV,  212   .    .    . 

6.6 

49  18.65 

71.2 

6 

3-414 

-  20  47     9.  i 

69.7 

4 

14.83 

624.8 

14  Librae    ...        ... 

6.0 

49  21.  07 

62.8 

_ 

"ll  400 

21    £2    IO    C 

69.  8 

14-    8"? 

"*"+" 

M 

*4  j*  jV'  5 

6249 

O  Arg.  S.  14094  .    .    . 

7-5 

49  24.30 

67.4 

2 

3-428 

-  21  34  59-7 

68.5 

2 

14.82 

6250 

Weisse  (2)  XIV,  1085 

7-6 

50  14.95 

jri.i 

3 

2.352 

+  38  32  32.  i 

60.9 

2 

'4-77 

62?I 

14  50  22.  55 

54-8 

—    27        C     222 

j  *      >jfa 

"*-j* 

6252 

Lacaille  6178  .    .    .    . 

6.8 

50  24.  24 

2 

3.762 

•7      J   33-  • 
—  37  19    0.5 

68.5 

2 

14-76 

6253 

Groombridge  2168  .    . 

8.5 

50  49.52 

60.4 

3 

2.214 

+  43  25  31.  7 

56.7 

3 

'4-74 

6254 

O.  Arg.  N.  14971      .    . 

8-3 

50  51.19 

68.4 

2 

2.003 

+  49  42     3-  i 

70.7 

4 

14-74 

6255 

Groombridge  2169  .    , 

8.0 

50  51.  36 

59-9 

2 

2.  2l6 

+  43  21  3'-7 

56.9 

2 

'4-74 

1 

6256 

B.  VI.  +43°,  2448.    . 

8.2 

14  51    1.  13 

62.8 

3 

+    2.  199 

+  43  52  50-  3 

68.9 

2 

—  '4-73 

6257 

/}    Ursse  Minoris   .... 

i.  7 

51    9.27 

53-9 

155 

-  o.  254 

+  74  43  39-o 

56.1 

123 

14.72 

6258 

O.  Arg.  N.  14975     .    . 

8.6 

51   16.24 

68.4 

2 

+    2.002 

+  49  38  56-  9 

69.1 

5 

14.71 

6259 

Lalande  27298     .    .    . 

9.  o* 

51    20. 

1.810 

+  54  U  48.  i 

70'.  4 

2 

14.71 

6260 

B.A.C.4937    .    .    .    . 

5-0 

51    44.44 

62.  4 

2 

1.979 

+    50    12      6.4 

71.8 

5 

14.68 

626l 

Weisse  (2)  XIV,  1127 

7-5 

14    52       7.65 

72.5 

5 

+  2.286 

+  40  43  32-  6 

70.  I 

3 

-  14.66 

6262 

Weisse  (2)  XIV,  1130 

8.8 

52      8.51 

73-7 

4 

2.286 

+  40  43  43-  4 

71.1 

3 

14.66 

6263 

Lacaille  6186  .    .    .    . 

6.0 

52    21.40 

69.8 

3 

3-773 

-  37  29  53.9 

70.5 

3 

-  H.  65 

6264 

Weisse  (2)  XIV,  1139  . 

8-5 

52    22.51 

7O.  2 

3 

2.285 

+  40  44  19.3 

69.9 

2 

14-65 

6265 

Weisse  (2)  XIV,  1147  . 

8.2 

52    43.  48 

70-4 

3 

2.283 

+  40  47     4-  3 

70.  i 

3 

14.62 

6266 

Weisse  (2)  XIV,  1  154  . 

8.6 

14    52    57.87 

64.3 

7 

+  2.  1  88 

+  43  58  28.  9 

65-3 

6 

—  14.61 

6267 

O.  Arg.  N.  14996    .    . 

8.0* 

53    0.61 

76.4 

2 

1.489 

+  59  56  37-6 

73-5 

3 

14.  61 

6268 

Weisse  (2)  XIV,  1  162  . 

8.6 

53  14-04 

67.4 

2 

2.  1  88 

+  43  56  44-  i 

70.0 

2 

14.59 

6269 

Lacaille  6190   .... 

5.8 

53  19-44 

63-4 

3 

3.686 

-  33  48     S-o 

69.0 

2 

14.59 

6270 

Lalande  27336      .    .    . 

8-5 

53  19-69 

68.4 

2 

2.  360 

+  37  47  35-' 

60.  9 

2 

14.59 

6271 

Lalande  27340     .    .    . 

9-o 

14  53  27.01 

68.4 

2 

+    2.360 

+  37  48  3°-4 

60.9 

2 

-  '-.5* 

6272 

Anonymous  

8.8 

1?  27  88 

68.5 

2 

•?     64.^ 

-     21     C7     TC     7 

fie 

McX 

jj     *•/  •  •*•* 

J1     J/     1J"  1 

05.  9 

2 

•  5° 

6273 

(5     Libra?    

4-5* 

S3  29-  76 

63.1 

3 

3-  200 

7  57  38-  7 

72.2 

4 

14.58 

6274 

O.  Arg.  N.  15005     .    . 

8.5 

53  44-  55 

66.4 

4 

1-537 

+  59    5  21.0 

61.7 

3 

14.56 

627^ 

60  Hydtte       ...... 

6.0* 

C7    4.6    2S 

62  7 

3f  C  I 

07     -jf)    if)    7 

C  7     f\ 

ii    l6 

l*+i  J 

Jj    t"«  *O 

\if,.  / 

•  JJ1 

*7   ou  1U*  7 

57-  ° 

6276 

B.  VI.  +  43°,  2453  .    . 

9-3 

H  53  53-'6 

66.4 

3 

+    2-  I85 

+  43  56 

-  14-  55 

6277 

DM.  -(-59°,  1662    .    . 

.   . 

53  58.28 

66.0 

2 

'•535 

+  59    5  48.  7 

63-4 

2 

H-55 

6278 

Weisse  (2)  XIV,  1  1  83  . 

8.7 

54    1-72 

66.7 

3 

2.  1  86 

+  43  53  49-4 

65.1 

S 

«4-55 

6279 

B.  A.  C.  4941    .... 

6.0 

54    3-59 

59-o 

2 

3-107 

2  ii  50.  5 

73-o 

4 

14-55 

6280 

Lacaille  6198  .... 

5-4 

54  25.72 

63-9 

2 

3-650 

-  32    S  '7-9 

65-3 

2 

H-S2 

1 60 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude.  1 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

4 

O 

"8 

d 
X 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

S 

B 

>> 

c 
S 
g 

& 

O 

*o 
o 

Annual 
Precession, 
1860. 

6281 

5.6 

h.    m.      s. 
14  54  38.  91 

62.  i 

6 

s. 
+  3-°°5 

o       /       // 

-f-    o  24  57.  8 

60.  7 

3 

// 

—  14.  t;i 

6282 

Weisse  XIV,  1016   .    . 

8-5 

54  42.  44 

59-4 

2 

3-255 

-    II     II     12.  I 

56.7 

J 

3 

**T*    J  * 

14.51 

6283 

Lacaille6l99    .... 

7.0 

54  49.  86 

63.5 

2 

3.728 

-  35  23  24.5 

68.4 

2 

14-5° 

6284 

Lacaille  6204  (  1st  *)    . 

8-5 

55   14-73 

62.8 

3 

3-549 

-  27  17     6.0 

67.5 

3 

14-47 

6285 

Lacaille  6204  (2cl*)     . 

55  15.13 

62.8 

3 

3-549 

-  27  16  59.9 

68.0 

2 

14-47 

6286 

DM.  -f  10°,  2777    .    . 

9.2 

H  55  40-52 

70.4 

3 

+  2.901 

+   '°  25 

-  14-45 

6287 
6288 

B.  VI.  14!",  107     ... 
20  Libnx;             . 

7.0 
3.6 

55  41-78 
55  53-  01 

68.4 
61.  i 

2 
20 

3-555 
3.  500 

—  27  30  35.8 
—  24  43  44.  6 

68.0 
64.  4 

2 

2 

14.44 
14.  43 

6289 

(j     Bootis 

5-  5 

55  58.  52 

60.  4 

2 

2.628 

4-    25    ^   48.  O 

C4.  4. 

3 

14.  43 

6290 

Tr.  Z.  10,  4  

7.8 

56    6.  75 

68.4 

2 

3.776 

1           J     OJ    *t"- 

—  37     8  17.  9 

JT"  *T 

65.8 

2 

14.  42 

6291 
6292 

DM.  +  10°,  2781     .    . 
Lacaille  6215    .    .    .    . 

7.0 

H  56    7-  i? 
56  11.88 

65-5 
63.0 

I 
2 

+  2.898 
3-561 

+   1°  36 
-  27  44  52-  i 

62.5 

2 

-  14-  42 
14.41 

6293 
6294 

Weisse  XIV,  1048  .    . 
/?    Bootis    

7.0 
3.0* 

56  18.  68 

56  40.  34 

72-5 
64.  5 

4 

8 

3-244 

2.  264 

-  10  27    4.  8 

-f-  40  56  39.  8 

65.4 

59.  1 

2 

5 

14.41 
14.  39 

6295 

Weisse  XIV,  1063  .    . 

8.0 

56  41.92 

76.4 

3 

3-244 

-  10  28  27.6 

j  y 

73-4 

2 

14-39 

6296 

Lacaille  6218   .    .    .    . 

6.6 

14  56  52.29 

66.0 

2 

+    3.598 

-  29  26  27.  5 

71.4 

2 

-  14-37 

6297 

Lacaille  6219   .... 

5-8 

57    5-77 

67.7 

3 

3.6U 

-    30      O    22.  2 

70.5 

3 

14.36 

6298 

M.  7,.  113,  123     .    .   . 

8.2 

57    6.50 

67.0 

2 

3-533 

—    25    IS      6.3 

68.1 

3 

14.36 

6299 

S  1683  (ist*)  .... 

7-5 

57     9-  49 

66.4 

2 

2-973 

+       6       2    49.  I 

65.0 

2 

14.36 

6300 

2  1683  (2d*)  .... 

7-3 

57     9-69 

66.4 

2 

2-973 

+     6     2  38.  4 

65.0 

2 

14.36 

6301 

DM.  +  10°,  2783     .    . 

9-5 

H  57  n-45 

65.4 

2 

+  2.900 

+   10  27  51.2 

72-5 

i 

-  14-35 

6302 

Weisse  XIV,  1072  .    . 

9.0 

57  18.  06 

64.9 

2 

3-268 

—    II    50  46.  2 

57-4 

2 

14-35 

6303 

Lacaille  6221   .... 

6.8 

57  27.02 

63.5 

2 

+  3-744 

-  35  43     4-  8 

69.4 

2 

14-34 

6304 

Groombridge22lo  .    . 

7-5 

57  28.68 

65.7 

2 

—  12.  326 

+  86  31  31.0 

71-4 

2 

14-34 

6305 

O.  Arg.  S.  14230      .    . 

6.7 

57  33-  88 

64.4 

2 

+    3-513 

-  25   14  30.8 

69.9 

2 

14-33 

6306 

M.  Z.  252,8      .    .    .    . 

7-' 

14  57  58-5° 

64.4 

2 

+    3-448 

-  21  51  28.  5 

69.5 

2 

—  I4-3I 

6307 

B.  A.  €.4963    .    .    .    .  ' 

6.2 

58     1.24 

65.9 

2 

3.481 

-  23  34  54.  9 

62.5 

3 

14.30 

6308 
6309 

B.  A.  C.  4965    .... 
Tr.  Z.  28,  8  

6-5 
7.6 

58    9.  82 
58  13.  23 

59-9 
68.9 

2 
2 

2.  128 
3.656 

+  45   "  35-8 

—    TI    ?4   2O.  ? 

63.5 
6$.  o 

2 

4 

14.29 
14.  29 

6310 
6311 

O.  Arg.  S.  14246     .    . 
ijj    Bootis    

6.2 

5-  2 

58    21.  92 

14  58  26.  77 

65.4 
62.5 

3 

21 

3-441 
+    2.  <;8l 

O*     Jt    ~v*1  J 
-    21     29      3.8 

-4-    27    20   41.  8 

"j  *• 
71.9 

64..  4. 

2 
•? 

14.28 
—  14.  28 

6312 

Weisse  XIV,  1091    .    . 

8.8 

58  29.80 

74-4 

4 

1                         J        J 

3-249 

1            /          7     ^J 

-  10  39    4.5 

"*T*  T- 

71.4 

O 

2 

14.27 

6313 

O.  Arg.  S.  14250     .    . 

7.0 

58  34.00 

70.8 

3 

3-536 

—  26  1  6  47.  i 

68.1 

3 

14.27 

63H 
6315 

Lacaille  6229  .... 
v1    Libne        ....       . 

7-2 
S    2 

58  37-  74 

Cg     AQ     if) 

63-4 
62  7 

2 

3.668 

9      -5  J7 

-   32    21    55.7 
j  c    A  2   40.  2 

68.0 

71    2 

2 

14.27 

1  A       ->t 

6316 

O.  Arg.  S.  14257      .    . 

j 

8.0 

J^1   *ry-  ju 

14  58  49.  89 

••  / 
68.9 

2 

O'  OJl 

+  3-  592 

-  28  57  32.  7 

/  *•  * 

73-2 

lif>    *-J 

-   14-25 

6317 

B.  A.  C.  4972    .   .  ~^-. 

6.7 

59     6.  70 

66.4 

2 

3-484 

-  23  39     1.2 

62.5 

3 

14.24 

6318 

i     Boolis(ist*)    .... 

7.0 

59  10.  oo 

67.1 

3 

2.018 

+  48  ii  59.6 

70-5 

3 

I4-23 

6319 

i     Bootis  (2d*)     .... 

7.0 

59.10.39 

67.I 

3 

2.018 

+    48    12      2.  2 

70.5 

2 

14-23 

6320 

Weisse  XIV,  mo  .    . 

8-5 

59  17-64 

64.4 

2 

3-  ioi 

—     i  47  26.9 

72  7 

3 

I4-23 

U.  S    NAVAL  OBSERVATORY,  1845  TO  1877. 


161 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i 

>-, 

e 

rt 

<u 

s 

1 

(M 

0 

O 
fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

hj 

rt 

& 

s 

£ 

o 
"o 
o 

2; 

Annual 
Precession, 
1860. 

6321 

WeisseXIV,  1118  .    . 

8-5 

h.  m.      s. 
H  59  45-  50 

59-9 

2 

b. 

+  3-  '°i 

0           /           // 

i  45  18.  i 

60.4 

3 

// 
—  14.  20 

6322 

Lacaille  6237    .... 

7-2 

59  48.  74 

65.9 

2 

3-785 

—  37     2  51.7 

65.8 

2 

14.  19 

6323 

Weisse  XIV,  1  121   .    . 

8.0 

59  54-34 

59-9 

2 

+  3-  "oi 

i  44  19.  2 

60.4 

3 

14.19 

6324 

B.A.  C.  4982    .    .    .    . 

6.0 

15     o    4.30 

74-3 

6 

-  4-  724 

+  83     5     o.o 

64.7 

7 

14.  18 

6325 

O.  Arg.  S.  14277       .    . 

8.4 

o     5.  60 

66.8 

3 

+  3-537 

-  26  10  25.  o 

70.5 

2 

14.  18 

6326 

Lacaille  6239  .... 

6.8 

15     o     5.  90 

68.5 

2 

+  3.811 

—  37  59  35-7 

71.2 

6 

-  "4-  "7 

6327 

Weisse  XIV,  1129  .    . 

8.0 

o  15.29 

61.4 

3 

3-063 

+    o  34  15.2 

67-5 

2 

14.17 

6328 

O.  Arg.  S.  14279  .    .    . 

9.0 

o  17.31 

64.4 

2 

3-446 

-    21    33    21.  2 

69.i 

3 

14.  16 

6329 

O.  Arg.  S.  14278  .    .    . 

7-7 

o  17-55 

68.9 

2 

3-593 

-  28  49  27.  9 

64.4 

2 

14.  16 

6330 

Weisse  XIV,  1131   .    . 

9.0 

o  19.  60 

61.4 

2 

3.064 

-j-      0   27    22.  5 

61.4 

2 

14.  16 

633' 

O.  Arg.  S.  14289  .    .    . 

7-o 

15     o  40.  70 

67.4 

4 

+  3-  534 

-  25  57  26.  2 

69.6 

4 

-  "4-  "4 

6332 
6^?3 

WeisseXIV,  1142  .    . 

Anonymous  .    .    . 

8.2 
Q.  O 

o  50.  90 

O    S2    78 

60.  9 
68.9 

4 
2 

3.064 

366,1 

+    o  29    2.  7 

—    11    C7      77 

58.2 

66.0 

5 

2 

"4-  "3 
Hi7 

j  j  j 
6334 

O.  Arg.  S.  14294  .    .    . 

ym  ** 

8-5 

w    j*'  /M 

I              0.39 

76.4 

•  vw^ 

3-440 

o      j  /       1  '  o 

-    21    42       2.7 

72.0 

2 

-    J 

14.  12 

633S 

WeisseXIV,  1144  .    . 

9.0 

I               2.52 

67.4 

2 

3.260 

-    II     II     II.4 

7"-  5 

2 

14.  12 

6336 

O.  Arg.  S.  14297  .    .    . 

8.2 

15                I               2-93 

69.9 

4 

+  3-440 

-    21    40    37.2 

72.1 

3 

-    14.  12 

6337 

6^8 

Weisse  (2)  XIV,  1326  . 

M.  Z.  22,  I      

6.2 

8.  e 

*     5-94 

I       7   4.O 

66.8 

63    C 

3 
i 

2.356 

•?    7OQ 

+  36  59  46.  S 

11    1O    10    Q 

46.4 
67  ? 

3 

I 

14.  II 
14.  I  I 

JJ 
6^70 

c     Bootis    

J 
1.   1 

/  '  T"w 

I       Q    l6 

j'  j 

71    A. 

2 

•j'  f**y 

2,  621 

jj   j^  jy*  y 

-1-    2%    24.    17    7 

w/  •  j 

71    1 

14.  1  1 

jjy 

6340 

Weisse  XIV,  1  149  .    . 

J     J 

7-8 

y  o 

i  18.28 

f  *•  *f 

65-4 

2 

3.261 

-J-       i,  J       Mf      J)  /  •    / 

-    II    15      4.2 

/       j 

67-5 

2 

14.  10 

6341 

6^4.2 

WeisseXIV,  1150  .    . 
Anonymous  .    .            . 

7.0 

7    < 

15  i  19.54 

I    21.  26 

6l.4 

71     Q 

4 

+    3-300 
1    78? 

-    13    27   41.6 
—  16  16  IA  o 

59-4 

6Q    A. 

3 

2 

-  14.  10 

J  1     IO 

OT^ 

6343 

B.A.  0.4984    .... 

/  •  j 

5-5 

I    41.  64 

/  *•  y 

65-5 

2 

J-  /  **/ 

3-479 

jw  j*-"  *T" 

-  23  26  52.  7 

tfy*  *r 

72.2 

4 

14.08 

6344 

Weisse  XV,  2  .... 

8-3 

i  55-5' 

59-8 

4 

3-  1  06 

2      2    19.  2 

59-4 

4 

14.06 

634S 

Weisse  XV,  3  .... 

8.2 

2       I.  00 

65.4 

2 

3-258 

-    II      2    l6.  6 

65-4 

2 

14.06 

6346 

B.A.  0.4985    .... 

6.0 

15       2       2.21 

63-5 

4 

+  3-533 

-  25  47  47.  i 

64.9 

2 

-  "4.05 

6347 
6u8 

Weisse  XV,  IO     .    .    . 
b    Bootis    

7-o 

c    c 

2    13.  DO 
2    21,  2O 

67.4 
6q  7 

2 
•I 

3-"53 

2    l8d 

4  5i   "9-9 
j-  26  50  1  2.  6 

67.9 

c8  /i 

2 
2 

14.04 

\  A     C)A 

JT^ 

6349 

6^<;o 

B.  A.  C.  4993    .... 
Anonymous  .    .    . 

J    J 

6.0* 

2    29.58 
2    14    2O 

vy.  f 
60.  3 

72    Q 

J 

3 

2 

•  j"y 
2.613 

-3    7O2 

+  25  38  46.  6 

—    ^6    l8    1  7    A. 

j°-  *f 
53-8 
65.  8 

8 

2 

•T--  '-''t 
14.02 
14   O2 

O  J 

6351 

Lacaille  6258   .... 

6-5 

•     O^'i 

>5     3     5-°9 

lmty 

63-7 

3 

J*  /y*1 

+  3-697 

JU        J«        *J><|- 

33     6  19.4 

67-5 

2 

-  "3-99 

6352 

Lacaille  6261    .... 

7-o 

3  5'-74 

70-5 

4 

3-796 

-  36  59  30.  4 

66.7 

3 

"3-94 

6353 

6354 

O.Arg.N.  15138     .    . 

8.0 

0.  C 

3  59-34 
4     3-86 

65-4 

60  c 

2 

2.040 

^    C22 

-f  47     o  50.4 

—    21       <    22    Q 

67.9 
68.  5 

2 
j 

'3-93 

I  1     Q1 

6555 

f1     Libras     

7     J 

e.  c* 

4  14.  81 

"y  j 
6l    3 

28 

j-  j** 

->   408 

*o     j  *•*  y 

—    IQ    11    31    I 

co  8 

g 

lj'  yj 

1  1   02 

JJJ 

6356 

Z  1691  (ist*)  .... 

J      J 

9-3 

15     4  21.44 

*  *  j 

67.4 

2 

J  '   /+'-'tJ 

+    3-155 

*y   *j  oo*  * 
4  56  32-  2 

jy-  ° 
70.0 

2 

1  o-  y* 
-  "3-9" 

6357 

S  1691  (2d*)   .... 

8-3 

4   22.  25 

65-4 

4 

3-155 

-     4  57     2.6 

69.8 

3 

"3-9" 

6358 

6ico 

O.Arg.  S.  14349  .    .    . 
Anonymous  .    .    . 

7-9 

7  8 

4  28.89 

446  4,8 

67.6 
71    I 

7 
6 

3-525 
3   800 

-  25     9  16.  i 

77       o    CQ    c 

69.  o 
68.4 

2 

13.90 
n  88 

O  J  7 

6360 

B.A.  0.5001    .... 

/  .  v 

6-5 

t|.\J.    t(.U 

5    o-59 

/  £  • 
72.7 

4 

,5*  ^Jvyvy 
2.  52O 

j/    u  jy-  j 

+  29  45  44.  3 

66.0 

2 

1  j'  °° 
"3-87 

j.  84 


11 


162 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

J3 

0 

lH 

O 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

u 

rt 
o> 
^ 

C 
« 
i> 

a 

Jj 

O 

'o 

O 

25 

Annual 

Precession, 
1860. 

6361 

B.  A.  0.4998   .... 

6.5 

h.  m.      s. 
15     5     6.86 

62.  9 

2 

s. 
+  3-492 

0            /           // 

—  23  28  42.  9 

62.5 

2 

// 
-  13-86 

6362 

Lacaille  6267  .... 

6-5 

5  'I-2? 

68.4 

2 

3.826 

-  37  57  50-  2 

65.0 

2 

I3-8S 

6161 

23  Librae        

7-  4 

5  18.  18 

62.5 

2 

5-SI8 

-  24  46  42.  3 

72.0 

4 

I3-8S 

vjvj 

6164. 

i2     Librae    

5.0 

5  21.03 

61.4 

3 

3-4°7 

-  19    7     2.9 

71-  7 

4 

13-85 

\jj\jf 
6365 

B.  A.  0.5006    .... 

6.0 

5  36-  H 

63.8 

5 

3-537 

-  25  39  57-5 

71.2 

3 

13-83 

6366 

O.  Arg.  S.  14362  .    .    . 

8.0 

15     5  39-35 

64-4 

2 

+  3-534 

-  25  31  27.6 

70.4 

2 

-    13-83 

6?67 

I     I  upi                           .    • 

S.  2 

'     6     3.  18 

56.  i 

7 

3-  655 

-  3°  59  36-  8 

54-7 

4 

13.80 

ujW 

6368 

Weisse  XV,  79    ... 

J 

7-5 

6     3-33 

60.  i 

4 

3-3°5 

-  13  29  47.2 

59-4 

3 

13.80 

6369 

We'isse  (2)  XV,  140    . 

8-5 

6  32.  87 

62.1 

3 

2.065 

-f  46    o  37.0 

58.8 

3 

13-77 

6370 

6^71 

Weisse  XV,  91     ... 
26  Librcc             ,            .    • 

7-2 

6.0 

6  34.  19 
15     6  40.09 

59-7 
68.7 

3 

4 

3-3°9 
+  3-  374 

-  13  40  59-  2 
-  17  14  34.  7 

55-5 
71.8 

2 

3 

13-77 
-  13-  76 

".}/ 

6372 

Weisse  XV,  99    ... 

7.0 

6  48.  82 

73-9 

4 

3.086 

-    o  48  27.4 

71.4 

2 

13-75 

6373 

677/1 

B.  A.  0.5018    .    .    .    . 

Anonymous 

7.0 
8.0 

6  52.32 
7   12.67 

63-5 
76.  i 

2 

5 

3-575 
3.806 

-  27  19  59.2 

-    36   58   44.  2 

67.5 
70.  5 

2 

5 

'3-75 
'3-73 

UJ/T- 

637S 

B.  A.  0.5020    .... 

6.5 

/    *      "j 
7  17-65 

64.0 

2 

•?•  »• 

3-570 

-  27     4  27.9 

66.5 

2 

13-72 

6376 

Lacaille  6289    .... 

7-5 

15     7  28.  28 

65-5 

2 

+  3-863 

-   39      2    22.2 

69.5 

2 

-    i3-7i 

6377 

O.  Arg.  S.  14402  .    .    . 

9.0 

7  43.80 

67.4 

2 

3-436 

-  20  24  58.  8 

69-5 

1 

'3-7° 

6378 

Lacaille  6293   •    •    •    • 

7-4 

8    0.44 

63-5 

2 

3-834 

-  37  55  36-2 

69.  2 

3 

13.68 

6379 

6380 

Lalande  27803     .    .    . 
7     Serpentis 

7-8 
6.0* 

8    2.64 
8  13.88 

68.5 

62.4 

2 
2 

2-  377 
2.978 

+  35  24  23.  8 
-f-     5  27  40.  3 

66.0 
60.8 

3 

3 

13.68 
13.66 

6381 

B.  A.  0.5026    .    .    .    . 

6-5 

15     8  15.68 

74-7 

4 

•  y  i  v 
+    2-  285 

+  38  47  28.  3 

47-7 

3 

-   13.66 

6382 
6181 

B.  A.  C.  5027    .... 
2     Lupi  

7-  i 
?.o 

8  36.42 
9  19.  18 

65.9 
63.1 

2 

3 

3-498 
3.631 

-  23  29  24.3 
-  29  37  51.6 

62.5 
69.9 

3 
4 

13.64 
'3-  59 

^j^j 
6384 

6i8q 

O.  Arg.  S.  14421  .    .    . 
ft    Libra;     .... 

j 

9.0 
2.  O* 

"  9  24-  48 
9  28.  64 

69.4 

i;6.2 

2 
225 

3-639 

3.  22< 

-  29  57  33-8 
-    8  51  49.  4 

7'-3 
49.  6 

S 

74 

J3-59 

I3-58 

^j^j 

6386 
6287 

O.  Arg.  S.  14428  .    .    . 
6     Bootis 

6.7 

$    O 

15     9  48.34 

Q    ?I.  S2 

J 

65-5 

60.  4 

2 

2 

J         J 

+  3-434 

2.  412 

-  20  12  13.  7 
+  33  5°  20.  2 

70.  i 
67.6 

3 
8 

-  13-56 
I3-56 

"O     / 

6388 

0.  Arg.  S.  14435  •    •    • 

D 

9-3 

?    J      j 
IO    14.  21 

7     T^ 

68.9 

2 

3-649 

-  30  18  31.  i 

69.4 

2 

13-53 

6389 

6?QO 

O.  Arg.  S.  14436  .    .    . 
Anonymous  

8.0 
8-7 

10  17.02 
10  28.  73 

65-1 
68.4 

3 

2 

3-438 
3.8l8 

—  20  20  41.  3 

-  37     3  37.  3 

68.0 

66.7 

2 

3 

13-53 
13-52 

Or* 

6391 

Lalande  27852     .    .    . 

7-5 

15  10  39.77 

59-5 

2 

+  3-443 

-   20   35    21.2 

57-4 

3 

-  13-49 

6392 

B.  A.  C.  5039    .... 

7.0 

10  56.  98 

64.0 

2 

3-507 

-  23  45     2.  i 

63.1 

3 

13-49 

6393 

Weisse  (2)  XV,  237    . 

6.2 

ii     o.  87 

68.5 

2 

2.310 

+  37  35     9-3 

56.7 

3 

13-48 

6394 

Lacaille  6318    .... 

7-2 

II  25.72 

66.4 

2 

3-751 

-  34  24  45.  5 

69.  i 

3 

'3-46 

6395 

B.  A.  C.  5041    .... 

7-3 

ii  27.64 

64.0 

2 

3.508 

-  23  45  22.6 

63.1 

3 

13-45 

6396 

Lalande  27880     .    .    . 

7-5 

15  ii  28.35 

68.9 

2 

+  3-407 

-  18  39  19.2 

57-4 

3 

-  '3-45 

6397 

O.  Arg.  S.  14459  .    .    . 

8-5 

ii  45.78 

66.9 

2 

3-44° 

-    20    21    22.8 

68.0 

2 

13-43 

6398 

Tr.  Z.  168,  i      .... 

9-5 

ii  58.88 

67.4 

2 

3-524 

-    24    27    56.4 

67.9 

2 

13-42 

6399 

B.  A.  0.5048    .    .    ,    . 

6.0* 

12      7.84 

60.  3 

2 

2.689 

+  21    5  11.9 

53'  3 

3 

13-41 

6400 

O.  Arg.  N.  15259     .    . 

7-7 

12      9.OO 

70.4 

5 

0.686 

+    67    22  43.  8 

72.  2 

4 

13-41 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


163 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i 

C 

£ 

1 

IM 

O 

6 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

|j 

4) 

1 

o 

i 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /       ,    // 

„ 

6401 

5     Serpentis  

c.  c* 

15   12  10.  13 

60.  9 

2 

4-     5    032 

4-      2    17    C2.  6 

cfi   n 

J      J 

1      J-  WJ^- 

D°*  9 

4 

-   »3-4i 

6402 

Lalande  27907     .    .    . 

9.0 

12  18.48 

66.9 

2 

3.  469 

-  21   44  54.3 

68.4 

2 

I3-40 

6dO7 

Anonymous  .    .    . 

8.8 

12    IQ    72 

7O    I 

•j 

-j    824. 

7*7         C     ,1  T     J? 

1  1      A 

"T'-'J 

i  £,     iy.  /  m 

' 

-> 

67     5  41-  <> 

73-4 

4 

'3-  4° 

6404 

B.  A.  0.5051    .    .    .    . 

7-5 

12    23.  ID 

63-2 

3 

3-546 

-  25   28  28.7 

6S-9 

2 

»3-39 

6405 

Lacaille  6329  .... 

6.8 

12    29.  46 

63.8 

3 

3.842 

-  37  42  3i-3 

64.9 

2 

13-39 

6406 

Weisse  XV,  210  .    .    . 

9.0 

15     12    37.  10 

62.2 

4 

+  3-310 

-    13    27    22.  9 

71-5 

4 

-  13-38 

6407 

8.0 

12    C.  7    80 

68.4 

-3 

i  824 

77        2    27    O 

66.  7 

s 

"t"/ 

•    ,>j-  ^y 

*«*"  *fr 

J 

j-  tj^^f 

j/      *  ^3-  9 

*3*  3*^ 

6408 

28  Libra:        

6.0 

12    C7    66 

63  4 

2 

•3  780 

17  78  cr   8 

61.  6 

if\ 

•    J  /  •  *•"" 

"J!  *r 

o-  j°9 

i  7  jo  5*  •  " 

'3*  3^* 

6409 

Lacaille  6337   .... 

6.8 

13  12.  61 

69.8 

6 

2.828 

—  37     7  39-  8 

66  8 

3 

13-34 

6410 

Weisse  XV,  221  .    .    . 

9.0 

13  19-83 

61.5 

4 

3-308 

-  13  18  39-2 

57-7 

4 

'3-33 

6411 

Lacaille  6342   .... 

6-5 

'5  "3  30-35 

68.4 

3 

+   3.689 

-  3'  40  57-7 

66.9 

2 

-  13-33 

6412 

Lacaille  6343   .... 

7-7 

13  37-12 

7i-5 

3 

3-752 

-  34  12     7-2 

69.7 

3 

13-32 

64^3 

Lacaille  6344   .... 

7-2 

'3  42-75 

65-4 

3 

3.738 

-  33  39    6.4 

69.0 

2 

13-31 

6414 

O.  Arg.  N.  15272     .    . 

7-3 

'3  52.65 

62.4 

2 

2.052 

+  45  3i  38-0 

69-5 

2 

I3-30 

6415 

O.  Arg.  S.  14487  .    .    . 

8-5 

13  57.  65 

72-7 

4 

3-647 

-   29  52  23.  8 

71.6 

4 

13-29 

6416 

Lalande  27996     .    .    . 

7-4 

>5  '3  59-  69 

68.5 

2 

+    2.  28l 

4-  38  17  47-4 

61.5 

2 

-13-29 

6417 

<fp    Lupi  

5.O 

14.    17    17 

6l   7 

7 

3-  810 

-36    21     I  2.  7 

66.  o 

I  7.    27 

T1     / 

j 

**r    *  J'   *  / 

*  -  / 

J 

4 

6418 

O.  Arg.  S.  14490  .    .    . 

8-5 

14  13.  19 

72.7 

4 

3.648 

-  29  53  52-4 

73-5 

I 

13-27 

6419 

Lacaille  635  1    .    .    .    . 

7-5 

14  15-30 

62.5 

2 

3.624 

—  28  50  10.  4 

69.7 

4 

13-27 

6420 

o     Corona  liorealis  .    .    . 

6.0* 

14   22.02 

59-5 

2 

2.490 

4-  30     7  33-  5 

53-4 

3 

13-27 

6421 

B.  A.  0.5062    .... 

7-o 

15    '4   35-64 

62.5 

2 

+  3-  566 

—  26  u     4.  3 

67.2 

3 

-  13-25 

6422 

Tr.  'L.  28,  14     .... 

7-2 

'4  38.54 

69.4 

2 

3-695 

-  3i  48  34-7 

67.4 

2 

13-25 

6423 

Lacaille  6354   .... 

7-5 

H  45-  93 

66.4 

2 

3-756 

-  34  14  '7-o 

69.  i 

3 

13-24 

6424 

Weisse  XV,  249  ... 

8.5. 

14  49.  52 

60.  9 

2 

3-329 

-    14   22   26.  8 

56.8 

3 

13-23 

6425 

Weisse  XV,  254  ... 

8.8 

15     6.06 

62.5 

5 

3-3o6 

-  «3    5  26.5 

67.  2 

3 

13.  22 

6426 

B.  A.  0.5064   .... 

6.0 

15  15     6.  n 

7i-5 

4 

+  1.842 

+  50  43  20.  i 

69.0 

2 

-    13-  22 

6*127 

Anonymous  .... 

8.0 

1C      7    r>6 

60.  4 

2 

37IO 

—    I  7     17    47    A 

56.  8 

4   / 

1  j      /  •  *"* 

.  J1U 

*  J      1  /      Q(l  .  \J 

4 

13.  22 

6428 

O.  Arg.  S.  14508     .    . 

8.8 

15       13.60 

66.0 

2 

3-579 

—  26  45  14.  i 

69-5 

2 

13.21 

642Q 

o-    Librae     

C,  C 

15       13.    64 

60  < 

•5 

7    77C 

-  14.  VI  H  8 

70.  o 

2 

17     21 

wt^y 

43° 

Anonymous  ... 

93 

8.2 

15        14.    O7 

7***  J 

71   6 

J 

C 

,}•  J-}J 
7.    872 

T"      J/        JO" 

—    77       7    C7    O 

66.  7 

1  j.  ^1 
I  7    2O 

/  *  •  " 

J 

O-  "J^ 

O/       J    jj'  w 

6431 

O.  Arg.  S.  14511      .    . 

9.0 

'5    15    '9-37 

69.4 

2 

+  3-573 

-  26  27  31.0 

67-5 

2 

-  13-  20 

6432 

B.  VI.  -f  41°,  2594     . 

15    23.24 

76.8 

3 

2-  177 

4-  4i  38  3'-7 

71-5 

I 

13-  19 

6433 

B.  A.  C.  5066  .... 

7-o 

IS    38.99 

62.4 

6 

3-5»i 

-  26  48    8.  2 

69-5 

2 

13.  18 

6434 

Riimker  5048   .... 

9-5 

15   41.25 

47-5 

i 

2.  172 

+  41  45     7.  2 

71-5 

2 

13.18 

6435 

Weisse  XV,  265  .    .    , 

8.0 

15   43-62 

59-9 

2 

3-320 

-  '3  50  45-9 

72.4 

2 

13.18 

6476 

Anonymous 

7  8 

ic   ic   e.6  76 

71    6 

_|_     -5     8^2 

I  7      ffi 

\j^.^\j 

/  •  w 

•  j   •  D  j"-  /  v 

1  1  .  \j 

37     °     2.  z 

72.  o 

—      I  j.    iU 

6437 

O.  Arg.  S.  14513     .    . 

8-5 

16     1.87 

64.7 

3 

3-484 

-   22    13    20.  3 

68.5 

2 

13.  16 

6438 

Lacaille  6359  .... 

7-4 

16    4.63 

63-5 

2 

3-851 

-  37  40    7-  6 

68.4 

2 

I3-I5 

6439 

50  Bootis    

e.  e. 

16  12.  39 

59  -4 

2 

2.  405 

-|-  33  26  10.  5 

C7     A 

- 

"toy 
6440 

Weisse  XV,  281  .   .    . 

J      J 

8.0 

16  18.82 

59-9 

2 

3-320 

-  13  48  30.2 

J  J'  *t 

55-8 

3 

13-  H 

164 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


y 

.0 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

! 

d 

03 

S 

1 

0 

6 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 
u 

C 

a 

V 

a 

'o 
6 

Annual 
Precession, 
1860. 

5-° 

h.  m.      s. 
15   16  36.85 

54-9 

4 

•s. 
+  3-247 

0          /             // 

•    9  48  59-  6 

64.5 

6 

-  13-  12 

6442 

0.  Arg.  S.  I453I     •    • 

7-6 

1  6  50.06 

64.5 

2 

3-472 

-   21    32   41.3 

70.5 

2 

13.  10 

, 

8-5 

16  55-39 

73-  2 

4 

3-835 

-  36  59    9.4 

69.9 

4 

13.  10 

6444 

B.VI.  +  55°,  1744-    • 

8.  i 

16  56.  22 

66.4 

6 

1.580 

+  55  49  42.4 

69.  o 

2 

13.  10 

6445 

Lacaille  6368  .... 

7-6 

16  57.24 

64.9 

2 

3-  9°4 

-  39  23  30.  i 

70.5 

2 

13.09 

6446 

Lacaille  6372   .... 

6-5 

15   17     7.97 

70.9 

2 

+  3-8o8 

-  35  58  34-  o 

69.0 

2 

-  13.08 

6447 

ii  Ursx  Minoris  .... 

5-5 

17  14.  13 

71-3 

4 

—    0.  Ill 

+  72  19  54-4 

69.  2 

8 

13.08 

6448 

0.  Arg.  S.  14533      •    • 

7-5 

i?  I4-38 

64.5 

2 

+  3-602 

-  27  35  52.4 

68.4 

2 

13.08 

6.1AO 

Tr  Z  12,  12  

7-° 

17    20.  84 

70.8 

3 

3-8I3 

—  36     6     2.  7 

70.  I 

3 

13-07 

6450 

O.  Arg.  S.  14544  ,    .    . 

7-o 

17    59.70 

63-5 

3 

3.460 

-  20  53    8.  8 

69.  o 

2 

13-03 

6451 

Lacaille  6376  .... 

5-8 

15  18  20.  75 

67.4 

2 

+  3-819 

—  36  16  23.  7 

68.0 

2 

-  13-00 

6452 

O.  Arg.  S.  14548  .    .    . 

7-o 

1  8  22.83 

67.0 

2 

3.  602 

-  27  28  44.  7 

69-4 

2 

13.00 

6453 

B.  VI.  +  64°,  1064  .    . 

•    . 

18  24.79 

50.5 

2 

0.901 

+  64  52    8.  i 

5°-5 

2 

13.00 

6454 

0.  Arg.  S.  14554     •    • 

7-7 

18  35-35 

64-5 

5 

3-484 

-    22      0   37.8 

70.0 

2 

12.99 

6455 

Rumker  5070  .... 

8.4 

18  56.77 

71.1 

3 

2.254 

+    38    39       2.  2 

48.5 

I 

12.96 

6156 

Rumker  5072   .... 

7-2 

15  19    4.  10 

65.1 

4 

+    2.  255 

+  38  41   1  8-  5 

63.0 

5 

-  12.95 

6-U7 

Anonymous       .    . 

Q  <; 

19  i  i  .  03 

6q.  O 

2 

3.  711 

-  32     i  31.  5 

63.4 

i 

12.95 

6    8 

/z'   Bootis        

y   j 
O.  ^ 

19  12.07 

vy*  •* 

66.1 

17 

2.278 

+  37  52  11.4 

S'-5 

9 

12.95 

6459 

Weisse  (2)  XV,  414    . 

y   j 

6.0 

'9  !3-39 

63.4 

4 

2.279 

+  37  5°  24.6 

54-i 

6 

12.94 

64.6O 

5-5* 

19  17.91 

54-3 

5 

2.781 

+  15  55  21.9 

61.1 

3 

12.94 

\jif~ns 

6461 

Lacaille  6382  .... 

7.0 

15  19  20.05 

68.4 

2 

+    3-846 

-  37    8  17.2 

65.8 

2 

-  12.93 

6462 

Weisse  (2)  XV,  435    . 

8.1* 

20      3.  36 

77-5 

4 

2.280 

+  37  42  20.7 

48.5 

2 

12.89 

6463 

Lacaille  6388   .... 

6.8 

20  13.  68 

67.4 

3 

3.877 

-  38    8  38.3 

66.8 

3 

12.87 

6464 

O.  Arg.  N.  15361      .    . 

6.0 

20  1  8.  77 

60.7 

6 

0.984 

+  63  50  31.8 

54-4 

3 

12.87 

6465 

5-  3 

20  21.96 

63.  9 

18 

3-371 

-  16  13  31.2 

73-  ' 

5 

12.87 

6466 

B.  A.  C.  5090   .... 

6-5 

15  20  29.08 

63.  2 

4 

+  3-  626 

-   28   22   34.  5 

66.5 

2 

-  12.86 

6467 

B.  A.  C.  5092  .... 

7-o 

20   35.71 

59-8 

3 

+  1-949 

+  47  33  20.  i 

53-4 

3 

12.85 

6468 

yi   Ursa;  Minoris  .... 

3.0* 

20  58.  75 

67-7 

4 

—  o.  156 

+  72  19  55-4 

68.0 

31 

12.83 

6469 

Rumker  5093  .... 

7-o 

21    11.72 

62.4 

2 

+  2.051 

+  44  47  37-  8 

69-5 

2 

12.  8l 

6470 

O.  Arg.  N.  15370    .    . 

8.0* 

21    20-57 

64.0 

5 

1-797 

+  51     5   ii.  6 

63-4 

2 

12.  80 

6 

10  Serpentis 

t     C 

15    21    34.0! 

62    4. 

2 

+  3-°3° 

+      2    19   50.4 

61.8 

5 

-    12-79 

6^72 

MZ    24.    Q 

J.  3 

7    5 

21  34-  57 

*•'*••  *T 

68.4 

3.854 

—  37  12  14.  6 

65.8 

2 

12.79 

Ui+/  •* 

6473 

Radcliffe,  3387    .    .    . 

/  *  j 

7-3 

21    36.81 

72.8 

5 

2.060 

+  44  29  49-4 

73-7 

5 

12.79 

6j.7  A 

Anonymous  

8-5 

21  44.  59 

7O.  2 

4 

3.  712 

-  31  49    0.7 

67.4 

2 

12.77 

^'T/T' 

t      Draconis   .... 

4C 

21    49.  19 

/  *" 

6;.  4 

2 

1-325 

-f  59  27  25.  3 

64.1 

5 

12.77 

6476 

Tr.  Z.  15,22     .... 

•  J 

7-8 

15    21    51.48 

j  •  *t 

69.4 

2 

+  3-745 

-  33    5  44-  6 

64.0 

2 

-    12-77 

6477 

Weisse  XV,  400       .    . 

8.2 

22      8.52 

59-8 

3 

3-336 

-  H  19  44-  i 

55-8 

3 

12.75 

6478 

Lacaille  6405   .... 

6.0 

22    29.  62 

63-9 

2 

3-748 

-  33  20  12.  i 

66.5 

2 

12.  72 

6479 

Lalande  28213     •    •    • 

7-2 

22    34.82 

68.5 

2 

3-477 

-  21  23  45.  3 

63.0 

4 

12.72 

6480 

f3    Librae        

6.0 

22   46.  7"; 

76.  5 

2 

3.371 

-  16    7  35.  2 

68.5 

2 

I2.7O 

V*  /  J 

/      *  J 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


- 

Number. 

Name  of  Star. 

v 

•a 

3 

So 

Mean  Right 
Ascension, 
1  860.0. 

8 

>* 

5 
•s, 

1 

IM 

O 

o 

fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 

x 

i 

s 

JS 

o 
'o 

6 

Z 

Annual 
Precession, 
1860. 

h.  m.     s. 

s. 

0         /             // 

// 

6481 

B.  VI.  I5»,  32  .... 

7.6 

15  22  53.67 

64.8 

3 

+  2.515 

-  23  10  19.3 

69.0 

2 

-  12.70 

6482 

Anonymous  

9.0 

23     o. 

3-723 

-  32     8  37.4 

67.0 

2 

12.  69 

6483 

Lacaille  6406   .... 

7-5 

23     1.62 

71-5 

3 

3.855 

-  38    8  19.  i 

65.5 

3 

12.69 

6484 

Lacaille  6409   .... 

6-3 

23     5.82 

64.2 

4 

3-739 

-  32  23  56.9 

68.0 

2 

12.68 

6485 

Weisse  (2)  XV,  518    . 

5.8 

23   19.07 

62.0 

2 

2.  226 

+  39  12  32.7 

70.0 

2 

12.  67 

6486 

Lacaille  6410   .    .    .    . 

7-7 

15  23  26.  37 

66.4 

2 

+  3-  870 

-  37  35  24-  i 

72.8 

3 

-  12.66 

6487 

O.  Arg.  S.  14614       .    . 

7-5 

23  39.  16 

76.4 

4 

+  3-6i7 

-  27  41     8.3 

72.4 

3 

12.  64 

6488 

B.  A.  C.  5140    .... 

6.0* 

23  59.72 

62.0 

8 

-23-  539 

+  87  45  48.3 

72.0 

12 

12.62 

6489 

B.A.  C.  5105    .    .    .    . 

7-i 

24    o.  18 

64.  o 

4 

+  3-522 

-  23  24     1.5 

64.  o 

2 

12.62 

6490 

O.  Arg.  S.  14624      .    . 

8-5 

24     1.45 

56.0 

S 

3.481 

—  21  29  10.  4 

56.3 

6 

12.  62 

6491 

B.A.  0.5109    .... 

6.5* 

15  24  34-5° 

64.5 

2 

+  3-434 

-  19  II  25.3 

57-4 

3 

-    12.58 

6492 

Weisse  XV,  444      .    . 

8.2 

24  43.  10 

64.9 

4 

3-239 

-     9     6  25.  3 

65-5 

3 

12-57 

6493 

6494 

Anonymous  
Anonymous  

7-  i 
8.  5 

24  43-47 
24  45.  62 

68.4 
77  <; 

3 

2 

3-862 

-2.  74.1 

-  37     9  46.  o 

—    12    42    4.8    I 

69.0 
6q   I 

3 

12.57 

12    S7 

6495 

B.  A.C.  5110    .... 

J 

7-3 

24  46.  94 

/  /  j 

62.5 

2 

J      /  T1 

3-565 

,}*•    *t*-    •!*»"  • 
-    25     19     19.9 

v»y.   A 

61.0 

4 

••  J/ 

12.57 

6496 

Lacaille  6415   .... 

5.8 

15  24  48.32 

64.9 

2 

+  3-934 

-  39  35  25-  2 

68.5 

2 

-  12-57 

6497 

Lacaille  6420  (ist*)    . 

7.0 

24  52.  23 

63.1 

3 

3-536 

-  24    o  38.  7 

69.5 

2 

12.  56 

6498 
6499 

Lacaille  6420  (2d*)     . 
<,'    Librae    

6.8 

5.  S 

24  52.  82 

25      O.  Q2 

63.1 

60.  4. 

3 

2 

3-536 
1  -578 

-  24    o  43.  5 

—    l6   22   31.  I 

69.5 

6Q     $ 

2 

2 

12.  56 

12    55 

6500 

Radcliffe  3398      .    .    . 

j  j 
7.0 

j          y 
25    20.  II 

Uf,       :\ 

66.2 

2 

J     J/  *•" 

'•543 

+  55  40  33.  6 

**y  j 

70.5 

2 

*"  jj 

"-S3 

6501 

Lacaille  6421    .... 

6.8 

15    25    24.04 

67.1 

4 

+  3-742 

-  32  41  42.4 

71-5 

2 

-  12.52 

6502 

Weisse  (2)  XV,  571     . 

7-5 

25    31-42 

68.5 

2 

2.236 

+  38  38  40.  i 

73-5 

3 

12.52 

6503 

6CO4. 

B.A.  0.5117    .... 
II  Serpentis              .    . 

6.6 
6.  o 

25    36.  28 

2C   AC    c-i 

66.5 

AS     A 

II 
2 

3-551 
i  085 

-  24  38     4.  6 

—      O  4.2    71    4. 

71.6 
70  ? 

8 

2 

12.51 

I  2.  "JO 

v  J^T- 
6?O5 

vl    Bootis    

1.  5 

*"j    Iv1  jj 
2$    CA.  OO 

'tj'   T- 
6i      d 

2 

j-  v°j 

2.  I  C  3 

T1  **     J  *  •  f 

~\-  41   18  42.  9 

/'J<  j 

7O   O 

2 

12    4.Q 

J     J 

6506 
6?o7 

Lalande  28347     .    .    . 
36  Librae    

j  j 

6.8 
6.0 

"j    J*T*  *"* 

15    26      2.83 
26      8.52 

T"  H 

69.4 
62   e. 

2 

2 

J  J 

-j-       2.281 

-1    6lQ 

+  37     5  46.o 

-  —    27    "?4.    IQ    4. 

/ 

65.4 

66  q 

3 

2 

"'  T-7 
-      12.48 

12    4.7 

j  i 

6508 

6coo 

Lalande  28320     .    .    . 
Anonymous       .    . 

8.0* 
8  q 

26    15.63 
26    71     27 

w*..  3 

47-3 

68.  5 

2 

2 

j.  w»y 

3-309 
•?  726 

"•/      JT"     •  y1  T- 

-  13  45  19-0 

—     71     C6     2Q    6 

w.  y 

47-3 
70.  8 

2 

•7 

'    T1/ 
12.47 

12    4.C. 

J       7 

65IO 

37  Librae    

*™  7 

A,  O 

»**   j*  •  *j 
26    7  I  .  4.Q 

47  8 

j-  /  ™w 

7.  24.Q 

j»    5**    ^-y-  w 

—     q   74.   c  c  .  4. 

64..  7 

J 

6 

**«  tj 

12.  4.t; 

"  J  •*• 

6;i  i 

B.  VI.  i  eh   57  . 

*f.  ** 

"•   o  *  •  *ty 
11    26   4.  C.     77 

T1/  *  u 
60      H 

j 

O-  *t:/ 

4-   •?.  5^5 

7     JT      J  J  '  *T 

—    27    4.1 

T     J 

*TJ 

—    12.  4.7 

•»j  • 

6CI2 

V   Bootis    

e   c* 

*  J    *"•'   TO-  Jj 

26  4.6  76 

»*y  j 

tn    c 

2 

n^  j  joj 

2.  148 

J    T* 

-4-    41    22    77    7 

^7.  1 

7 

T^J 

12.  4.7 

v  J  *•  • 

6513 

O.  Arg.  S.  14665  .    .    . 

J      J 

7-3 

*.U        if.1^.      JV^ 

26  47.  43 

jV-  J 

74-3 

8 

3-553 

I         T^                       JJ      J 

-  24  37  57-3 

Jj    j 

70.3 

O 

6 

*"  T^J 

12-43 

6514 

B.A.  0.5127    .... 

7.0 

26  48.  66 

62.8 

2 

3-644 

-  28  34  39.  2 

66.5 

2 

12.43 

6515 

B.A.  0.5128    .... 

7.0 

26  54.  98 

62.5 

2 

3-567 

-  25  15  42.3 

60.  5 

2 

12.42 

6516 

O.  Arg.  S.  14669  .    .    . 

8.9 

'5  27  14-45 

71.2 

3 

+  3-624 

-  27  44     2.  2 

68.0 

2 

-   12.40 

6517 

O.  Arg.  S.  14674  .    .    . 

8.2 

27  18.38 

73-8 

3 

3-555 

-  24  40  43.  i 

67.5 

2 

12-39 

6518 

6519 

Lacaille  6439   .... 

5.8 

27  24.84 

27    25    2J. 

62.  9 

72    H 

4 

2 

3-745 

•3    r  -ic 

-  32  37  20.6 

—   21   4O 

68.5 

2 

12-39 
12.  IP 

6520 

B.A.  0.5133    .... 

6.0 

—  1     *.j  •  ^t 
27    40.63 

/  *•  3 

65.9 

2 

J-  j  jj 
3-644 

•*J   tv 
-   28   31    44.9 

69-^ 

3 

jy 

12-37 

166 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

|M 

3 

S, 

g 

<u 

s 

1 

lM 

O 

o 

£ 

Annual 
Precession 
1860. 

Mean 
Declination, 
1  860.0. 

i 

>% 

a 

s 

s 

1 
"S 

6 
K 

Annual 
Precession, 
1860. 

6521 

4.  1 

h.  m.      s. 
15  27  41.  94 

59.8 

20 

s. 
+  3-341 

0           /           // 

—    14    19    12.  I 

62.4 

4 

// 
-  12.37 

6522 

8.8 

27  45. 

3-535 

-  23  43  46.  3 

66.5 

2 

12.  36 

6523 
6524 
6525 

6526 

Lalande  28391  (ist*)  . 
Lalande  28391  (2d*)  . 
Tr.  Z.  28,  18     .... 

8-5 
8.0 

7-8 
8.4 

27  56.03 
27  56.51 
27  58.46 

15   28     0.72 

66.4 
66.4 
68.9 

68.9 

2 
2 

2 

2 

2-531 
2-531 
3-735 

+  3-  733 

+  27  ii 
+  27  10  54.6 
—  32  10    5.  i 

—  32    6  46.  i 

74-1 
65-5 

65-5 

3 

2 
2 

'2.35 
12-35 

J2-35 
-  12.  35 

6527 
eszs 

Tr.  Z.  21,9  

5-4 

28  24. 
28  31.96 

61.6 

7 

3.9*5 
3-  625 

-  38  37  22.  3 
—  27  40    4.  i 

68.2 

7O.  2 

3 
4 

12.32 

12.  31 

6S2Q 

9-  5 

28  40.  50 

73-  5 

2 

3-  502 

-   22      8      8.5 

57.4 

2 

12.  30 

6S30 
6C7I 

B.  A.  0.5142    .... 

6-5 
8.5 

28  42.  78 
15   28  43.  17 

66.4 

69.  4 

2 
2 

3-588 

-)-  3.  732 

-    26      I    34.  I 

-  32     i     2.  3 

66.6 

7O.  2 

2 

3 

12.  30 
-    12.30 

6532 

6?11 

a     Coronae  Borealis  .    .    . 

2.O* 

8.8 

28  45.  61 
'8  59  \\ 

56-3 
68.5 

227 
2 

2.529 
3-  5°9 

+  27  II  17.9 

-   22   26   30.  9 

50.9 
57-4 

92 

2 

12.  29 
12.28 

6534 

651? 

B.  A.  0.5145    .... 
r3   Serpentis  

6-3 
6.0* 

29    4.94 
29  12.06 

64-5 
59-  7 

2 

3 

3-584 

2.  726 

-  25  48  47-  5 
-f-  18    7  26.0 

64.5 

53-3 

2 

4 

12.27 
12.  26 

6C76 

6.6 

15  29  20.  66 

64.  5 

2 

+  3-  492 

-  21  39    9.  6 

69.5 

2 

-    12.  25 

6537 
6538 
6539 
6540 

6541 

6^42 

Lacaille  6447   .... 
Lacaille  6448   .... 
Lalande  28414     .    .    . 
B.  A.  0.5149    .... 

Radcliffe  3411      .    .    . 
40  Librae    

7-5 
6.7 
6.0* 
6.9 

6-5 

1.   ^ 

29  2  1  .  03 
29  30.21 

29  34-57 
29  45.47 

'5  3°    3-39 

IO       1.  Q2 

64.4 
64.4 

56.7 
63-4 

62.4 
62.  5 

2 

2 

3 
4 

2 
2 

3.920 
3-9I9 
3-5I5 
3.629 

+  2.028 
1.688 

-  38  41  46.  5 
-  38  39  52.  9 

-    22    40    26.  3 

-  27  44  31.5 

+  44  31  58.8 
-  29  18  50.0 

66.4 
66.4 
54.0 
64.8 

67.9 
70.  i 

3 

3 
4 
3 

2 

3 

12.  25 
12.  24 
12.  24 
12.23 

-    12.  21 
12.  21 

6543 

6C4.A 

fi     Coronas  Borealis  .    .    . 

5.0* 

30    6.  56 
?o  ii.  1  8 

60.8 

CO   4 

3 
2 

2.  198 
•2.  CJ4 

+  39  28  36.  5 
—  22  35  14.  5 

56.0 

51.  0 

5 

2 

12.  2O 
12.  17 

6545 
61546 

Lalande  28453     •    •    • 

7.0 
8.5 

30  44.  17 
i«;  10  si  .  2  1 

60.  9 

74-.  5 

2 
•l 

3.401 

4-  1-  844 

-  i?  «2    7-4 
-  35  58  35-  1 

55-7 
72.4 

3 
4 

12.  l6 
-    12.  15 

6^47 

41   Librae    

ti.  s 

IO    ^  1  .  24 

6;.  o 

2 

1.  414 

-  18  50  17.  i 

68.5 

2 

12.  15 

6^48 

i/»l   Lupi  . 

4.8 

IO    ^2.  QI 

*6.  Q 

4 

1.788 

-  33  57     5.  5 

58.9 

2 

12.  15 

6549 
6SSO 

Radcliffe  3415      .    .    . 
Anonymous  

8.0 

7.  5 

3°  57-97 

-3Q    C.Q.  06 

63-9 
64   7 

2 
9 

2.  I7O 
l-8l7 

+  4°  '7  38.3 

—   15  42  41.  I 

68.5 

70.  5 

2 
2 

12.  14 
12.  14 

6551 
6552 
6SS3 
6554 
6SSS 

6556 
6557 

Tr.Z.29,4  
Radcliffe  3416  .... 
B.  A.  0.5163    .    .    .    . 
Lalande  28466     .    .    . 
O.  Arg.  S.  14736  .    .    . 

Weisse  XV,  585  .    .    . 
Anonymous  

9.0 

7-5 
7.0 
6.0* 
9.0 

8.2 

8.  S 

'5  3°  59-  73 
3'     3-62 
3«     7-52 
3'     7-58 
31  19.85 

IS  3i  27.34 
31   v>.  8z 

76.4 
63-9 
63-4 

S°-4 
64.4 

62.0 
68.  <; 

2 
2 
2 
3 
3 

3 

2 

+  3-9'i 

2.  170 
3-6'9 
3-5'7 
3-532 

+    3-097 
1.  512 

-   38    Ij      0.  2 

+   40    15    55-  I 
-   27    1  1      0.  2 
-    22   41     19.9 

-  23  20  24.  8 
i  19  28.  7 

—   22   25    56.  7 

67.4 
65.1 
68.0 

57-4 
67.5 

55.8 
66.1 

2 

3 

2 

5 

2 

3 

-    12.  14 
12.  14 
12.  13 
12.  13 
12.  12 

-    12.  II 
12.  IO 

6558 

6SS9 
6560 

Lacaille  6473  .... 
Lacaille  6471  .... 
42  Librae  '  

6.5 
6.4 

C      A 

31     34^5 
31      50.28 

•32      O    67 

64.5 
64.6 

6l    2 

2 

6 

3.706 

3-953 

1     C71 

-  3°  45  15-  2 
-  39  3«  27.6 

—   21    21    15.  O 

69.8 
66.0 
61.  o 

3 

2 

6 

12.  IO 
12.08 
I2.O7 

3-iJj 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


167 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

1 
a 

rt 
u 

'I 
o 

o 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

a 

£ 

'o 
6 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /             // 

,, 

6<;6i 

5-5* 

15  32  48.  oo 

59.  4 

3 

+    2.  148 

+  40  48  38.  5 

53-3 

4 

-    12.01 

VJWi 

6<;62 

J     J 

8.8 

32  55.  62 

73-6 

5 

3-  37° 

-  15  32  18.3 

•71.9 

2 

12.  OO 

\jj\j*. 

6563 

B.  VI.  +  38°,  2683  .    . 

7-o 

32  57-97 

7«-5 

3 

2.  22O 

+  38  29  15.5 

47-8 

3 

12.  OO 

6564 

B.  A.  0.5167    .    .    .    . 

7-4 

32  58-04 

62.5 

2 

3.662 

-  28  50  40.  8 

7i-5 

4 

12.  OO 

6565 

Weisse  XV,  620  ... 

9.0* 

32  58.52 

61.4 

3 

3-I07 

i  52  12.9 

56.4 

2 

12.  OO 

6566 

DM.  +43°,  2514    .    . 

9.1 

15  33     8.70 

76.5 

2 

+    2.  065 

+  43  13  52-0 

73-5 

2 

-  »-99 

6567 

DM.  +  43°.  2515    .   . 

8.0 

33  18.39 

76.6 

5 

2.  064 

+  43  H  29.8 

72.5 

3 

11.99 

6568 

M.  Z.  14,  43  

7-5 

33  3I-3° 

65.1 

3 

3-832 

—  35  18  21.  2 

68.5 

2 

11.96 

6569 

B.  A.  0.5171    .... 

7-4 

33  32-78 

64.4 

2 

3.880 

—  36  58  18.  7 

65.9 

2 

11.96 

61570 

5.4 

33  46.  24 

56.  9 

4 

3.803 

-  34  15  26.0 

58.4 

2 

.11.95 

6571 

Weisse  XV,  637  ... 

J  *  T 

9.0 

'5  33  48.44 

59-4 

2 

+  3-  362 

-  15     6  21.  o 

58.4 

2 

-  11-94 

6C72 

5.O 

33  53'  °9 

64.0 

8 

3-  447 

-  19  13  17.  8 

71.0 

4 

II.  94 

"j/  • 

6573 

Lacaille  6491    .... 

J 

6.5 

33  54-So 

64.  i 

3 

-  31  44     «-7 

68.9 

2 

11.94 

6574 

£     Coronae  Borealis  (1st*) 

6.8 

34     5-86 

73-7 

5- 

2-259 

+  37     5  36.6 

47-4 

2 

11.92 

6575 

{     Coronse   Borealis  (2d*) 

5-5 

34    6.30 

73-7 

5 

2.259 

+  37     5  32.3 

47-3 

6 

11.92 

6576 

Weisse  (2)  XV,  822   . 

8.0 

15  34    6.80 

75.0 

4 

-f  2.063 

+  43  »   '9-2 

71-5 

4 

-  11.92 

6577 

Weisse  XV,  644  ... 

9.0 

34    9.98 

59-5 

2 

3-362 

-  15     6  52.1 

58.4 

2 

11.92 

6578 

0.  Arg.  S.  14787  -    -    • 

9.0 

34  IS-02 

66.3 

2 

+  3-  399 

-  16  55  24.0 

62.5 

2 

11.91 

6579 

Schwerd  919    .... 

9.0 

34  20.  68 

67.0 

2 

—  3-  182 

+  80  14  14.8 

7i-5 

3 

11.91 

6?8o 

T**  Serpentis           .... 

6.0 

34  32.  85 

57.  c 

2 

-t-    2.  7i;4 

-|-  16  28  45.  6 

6q.  O 

2 

11.89 

J  i      J 

1                /  JT^ 

\jy.   V* 

7 

6581 

Radcliffe  3431      .    .    . 

7.0 

15  34  43-28 

70.8 

6 

-|-    2.  062 

+  43     9     5-4 

72-3 

5 

—  11.88 

6582 

Lacaille  6495    .... 

6.8 

34  46.  66 

68.5 

2 

3-  696 

—  30    5     5-9 

70.     I 

3 

u.88 

6583 

B.A.  0.5184    .... 

7-5 

34  54-  06 

61.8 

3 

3-372 

-  IS  33  42.  i 

60.7 

5 

11.87 

61584 

10.  o 

35     6.  49 

65.4 

2 

3.  407 

—  17  14  52.  7 

58.4 

3 

11.85 

6  8 

S-  5* 

35  12.  24 

60.  4 

2 

2.817 

+  13  17  56-  i 

54-4 

3 

11.84 

6586 

Weisse  (2)  XV,  862    . 

J     J 

6.8 

15  35  I3-56 

68.5 

2 

+  2.230 

+  37  58  15-5 

60.  4 

2 

-  11.84 

6587 

Lalande  2864!      .    .    . 

7-7 

35  '5-84 

69.  i 

3 

2.245 

+  37  28  14.3 

•47-4 

2 

11.84 

6588 

Lacaille  6499  .... 

6.7 

35  20.39 

67.4 

3 

3.724 

-  31     9    9-5 

70.8 

3 

11.83 

6^80 

M  Z  28  4        .... 

8.2 

35  26.88 

65.5 

2 

3.  702 

-  30  15  50.  i 

70.  4 

2 

11.83 

6590 

Lalande  28607      .    .    . 

6.8 

JJ 

35  33-67 

J     J 

71.8 

3 

3.272 

-  10  28  21.9 

56.8 

3 

11.82 

6591 

Lalande  28617     ... 

7.2 

15  36     1.05 

61.4 

4 

+  3.391 

-  16  25  21.  8 

01.  I 

4 

-  n-79 

6(02 

B  VI  I5h  53       ... 

36    6.  29 

65.1; 

., 

3.  70} 

—    to   14  2}.  T 

67.7 

4 

11.78 

6 

5.  7 

36  12.09 

J     J 

63.  i 

6 

J.  /      J 

3-  367 

jv   mt     j1  j 
-    15    13  24.9 

71.  2 

5 

n.  77 

, 

Anonymous       .... 

J     1 

8.5 

36  35.  17 

64.  5 

2 

3-382 

-  15  57  :9-° 

69.  9 

2 

ii.  75 

6595 

Lalande  28740     .    .    . 

J 

7-5* 

37    4-  82 

5 

o.  606 

4-  66  14  46.4 

73-i 

5 

11.71 

6596 

B.A.  0.5195    .    .    .    . 

6.0 

15  37    8.60 

62.9 

2 

+  3-689 

-  29  35  52.  i 

71.7 

4 

-  11.71 

6597 

0.  Arg.  S.  14835  .    .    . 

9.2 

37  12.98 

66.0 

2 

3-534 

-  23    3  50.9 

60.  o 

2 

11.70 

6cq8 

2.  3* 

77    22.  IP 

56.1 

237 

2.941 

-4-     6  52    6.  9 

50.  2 

71 

11.69 

wjykj 
6599 

O.  Arg.  S.  14839  .    .    . 

8.3 

J  1      ••  —  •  jy 

37  29.  12 

64-5 

3 

3-518 

-   22    l8   35.  2 

64.4 

2 

u.68 

6600 

B.A.  0.5198    .    .    .    . 

7-7 

37  4I.7P 

63-5 

2 

3-641 

-  27  37  10.4 

70.4 

3 

11.67 

1 68 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

| 

>^ 

C 

• 

V 

S 

1 

IM 

0 

6 
£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 
P 
>> 

C 
ri 
V 

s 

1 
*3 
6 
Z, 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0          /             // 

// 

6601 

Lalande  28697     .    .    . 

7.0 

'5  37  54-25 

61.0 

2 

+  3-394 

-  16  30  30.4 

56.4 

2 

-  1  1  .  65 

6602 

Lacaille  6517   .... 

6-5 

38     5-09 

65.4 

2 

3-836 

-  35     4     9-7 

68.0 

2 

ii.  64 

6603 

O.  Arg.  S.  14851  .    .    . 

9.0 

38    6.27 

66.2 

2 

3-445 

-  18  55  26.0 

66.5 

2 

II.  64 

6604 

M.  Z.  14,47  

7.0 

38    6.67 

65.4 

2 

3-837 

-  35    4  36-  5 

68.0 

2 

11.64 

6605 

O.  Arg.  S.  14855  .    .    . 

8.5 

38  23.  66 

69.9 

2 

3-593 

-  25  31  59.4 

69.8 

3 

11.62 

6606 

O.  Arg.  S.  14861  .    .    . 

9.6 

15  38  37-40 

67.4 

2 

+  3-592 

-  25  29  59.  5 

69.8 

3 

-  ii.  60 

6607 

O.  Arg.  S.  14864  .    .    . 

7-4 

38  51.60 

68.4 

2 

3-  620 

-  26  38  55.  5 

65-4 

2 

1  1.  60 

6608 

Lacaille  6522   .... 

6.8 

38  52-  30 

65-9 

2 

3.902 

-  37  14  ii.  3 

68.5 

2 

11.58 

6609 

O.  Arg.  S.  14871  .    .    . 

7-5 

38  58.98 

64-5 

2 

3-591 

-  25  25  43.0 

67.5 

2 

11.58 

6610 

Weisse  XV,  744  ... 

8.0 

39  14.70 

59-4 

2 

3-36i 

-  H  47  S2.  i 

57-4 

2 

II.  56 

6611 

Weisse  (2)  XV,  973    . 

7-5 

15  39  18.01 

68.5 

3 

+  2.219 

+  37  58  37-4 

61.4 

2 

-  11-55 

6612 

Lalande  28726     .    .    . 

8.0* 

39  19.  86 

61.4 

2 

3.420 

—  '7  39    9-5 

62.0 

2 

11.55 

6613 

B.  VI.  I5h,63  .... 

8-3 

39  21.63 

64-5 

2 

3-487 

-  20  47  44.  6 

67.5 

2 

11.55 

6614 

B.  A.  0.5211    .... 

7.8 

39  3°-  93 

64.0 

4 

3-595 

-  25  32  59.9 

62.5 

4 

11.54 

6615 

/3    Serpentis  

4-5 

39  43-  73 

69.  2 

4 

2.  761 

+   15  5'  43-6 

68.5 

2 

11.52 

6616 

O.  Arg.  S.  14882  .    .    . 

9.0 

15  39  45-05 

66.8 

3 

+  3-454 

-  19  15  55-6 

66.5 

2 

-  11.52 

6617 

B.  A.  €.5215    .... 

7-5 

39  48.  15 

68.8 

3 

3-663 

-  28  21     8.  8 

71.2 

4 

11.52 

6618 

B.  A.  C.  5220   .... 

6.7 

40    9.  02 

64.  i 

5 

3-546 

-  23  23  53.0 

61.4 

II 

11.49 

6619 

B.  A.  0.5221    .    .    .    . 

6-5 

40  14.  88 

63-4 

2 

3.681 

-  29     2  53.  9 

67-5 

2 

11.49 

6620 

O.  Arg.  S.  14904  .    .    . 

9-3 

40  43.42 

66.5 

2 

3-449 

-  1  8  58  42.  4 

62.  9 

2 

"•45 

6621 

it     Serpentis  

6.5 

15  40  47.  26 

59-5 

2 

+    2.  787 

+  H  32  57-6 

53-3 

3 

-  11.45 

6622 

Lacaille  6541    ... 

7-5 

40  53-38 

63-5 

3 

3.768 

-    32    22   29.  9 

71.8 

3 

11.44 

6623 

O.  Arg.  S.  14909  . 

8.9 

40  55.  90 

66.8 

3 

3-458 

-    '9   23      4-  I 

66.0 

2 

11.44 

6624 

Lalande  28766     . 

8.0 

41    4.  29 

61.0 

2 

3-435 

-  18  16  16.0 

59.1 

3 

"•43 

6625 

Lalande  28799     . 

8.2 

41     9.  15 

68.4 

2 

2-247 

+  36  53  15-0 

65.5 

3 

11.42 

6626 

Lalande  28801 

6.5 

15  41   10.79 

68.4 

2 

+    2.  247 

+  S6  52  49-  9 

65.5 

3 

-  11.42 

6627 

Radcliffe  3448     . 

7.0 

41  26.99 

62.4 

2 

2.O50 

+  42  54  17-6 

71.7 

3 

11.40 

6628 

Weisse  XV,  789  . 

8.5 

41  45.28 

47-3 

3 

3-349 

-  14     6  29.0 

47-3 

2 

11.38 

6629 

Weisse  (2)  XV,  iOjs  . 

7.0 

41    56.  12 

7i-5 

2 

2.464 

+  28  54     5-  9 

7i-4 

3 

ii.  36 

6630 
6631 

Weisse  XV,  792  ... 
X    Lupi  

8.8 
S.  o 

41    56.23 
I  C    42      4.  C  I 

72.7 
41  8 

3 
6 

3-355 

+     7     7Q7 

-  14  23  36.  4 
—  3  1  1  1  4.8  ± 

60.4 

72   4. 

3 

11.36 

—    II     K 

6632 

B.  A.  0.5228    .    .    .    . 

j 
6.5 

*  j    tm      ^   j 

42    8.  99 

*TJ-  u 
63.8 

6 

J'    i7J 

3.606 

jj    *  *    *rw"  T" 
-    25    51    33.5 

/*-•<* 
63.7 

4 

*    Jj 

n-35 

6633 
6674 

Lalande  28834     .    .    . 
fi     Serpentis  .    .    . 

7-7 

A      C 

42  13-55 

4.2    1  8    O7 

73-o 
61  >; 

4 

2.  222 
31  7fi 

+  37  37    0-  » 

7    CO    CC    6 

61.4 

60    C 

2 
2 

ii-34 

M'JA 

JT^ 

66-!? 

K     Serpentis  ...        .    . 

*T*   3 

4   0* 

T-*    1<J-  yo 
42    26    7.1 

UO-  J 
CQ     C 

2 

•  '  3U 
2    7O  I 

a   jy  jj'  ° 

1       »S    i»     ?A     C 

uy-  j 

£1     A 

'   O*T 
M?  1 

JJ 

66^6 

b     Scorpii       .    . 

*T*  V 

C     -2 

-|   --       *U,    j^. 

TC    A2    77    8? 

.>y-  .> 

nc    i 

+     1    Cn/i 

i     1O  J4  ,54  •  ° 

7C     In    9  t     ^ 

jj'  4 

7n  c 

'    JJ 

II      ^2 

WJV 

6637 

Lacaille  6555   .... 

J*  J 

6.8 

1  J     T*     JO"  u/ 

42  42.  39 

UD-  l 
66.4 

2 

o-  j94 
3-769 

zj   19  «i»  3 

-  32  '5  35-2 

/"•  S 
66.5 

2 

1  1.  jl 
11.31 

6638 

Weisse  XV,  818  .    .   . 

7-9 

42  45-  98 

73-8 

3 

3-125 

2  44  53.  5 

73-5 

2 

11.30 

6639 

B.  A.  0.5236   .    .    .    . 

6.0* 

42  48.32 

60.3 

2 

2.470 

+  28  35  16.4 

53-5 

3 

11.30 

6640 

Weisse  XV,  825  ... 

7-7 

43     5-  84 

74-i 

3 

3-123 

2  37  36.  3 

63-4 

2 

11.28 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

ta 

rt 

u 

e 

rt 
o 

JJ 

o 

"o 
d 

111 

<5    £2    *" 

OH 

Mean 
Declination, 
1  860.0. 

9 

p 

d 
3 

V 

3 

1 

O 

d 

a 

H  I  d 

^1" 

h.  m.      s. 

S. 

0          /          // 

„ 

6641 

Weisse  XV,  828  ... 

8.0 

15  43  18.03 

60.  I 

3 

+  3.278 

-  10  33  49.  o 

55-8 

3 

-  II  .  26 

6642 

B.  A.  C.  5240    .... 

6-4 

43  34-57 

63.2 

4 

3.697 

—  29  27  28.9 

65.5 

2 

II.  25 

6643 

Lalande  28838     .    .    . 

7-5 

43  34.  84 

59-4 

2 

3-443 

—  18  30  43.  i 

56-5 

2 

II.  25 

6644 

A     Corona;  Borealis  .    .    . 

4-5* 

43  43-  24 

76.5 

3 

2.  520 

+  26  29  57.  7 

69.0 

2 

11.23 

6645 
6646 

Lamont  1911    .... 
Lalande  28847 

9.0 

43  44-44 
15  43  49.  5  1 

68.5 

46.  2 

2 
I 

3-355 

-4-    7    744 

-  14  20  48.  6 

I  j   42   26.  6 

62.4 

46.  2 

I 

II.  23 

11.27 

6647 

3.  o 

43  50.43 

V 

67.  o 

42 

1         J"  j't'T 

2.  Q77 

+4    C4      6   4 

64.  I 

II    27 

6648 

b     Serpentis  . 

•:  8 

43  58.  27 

60.4 

2 

;?/  / 
7.  1  24 

if   jt      •*•  t 
—      2    7O    CO   4 

VStf..      * 

2 

"     J 

I  I.  22 

6649 

Weisse  XV,  84;  ... 

j 

9.0 

44     7.  62 

61.0 

2 

3-353 

•  jy  jw-  T- 
--  14  12  41.  8 

58-4 

5 

II.  21 

6650 

Weisse  XV,  848  .    .    . 

7-5 

44  17.94 

62.0 

2 

3.220 

•    7  37    6.6 

65-5 

2 

II.  19 

6651 

Lacaille  6566   .... 

9.0 

15  44  30.08 

63.5 

2 

+  3-721 

-  30  2  1  20.  5 

66.5 

2 

-    II.  18 

6652 
6653 

O.Arg.N.  15681      .    . 
p     Serpentis  

9.0 

4.  c.* 

44  48.  81 
45     7.  01 

62.  i 
65.8 

3 
7 

0-544 
2.636 

+  66  17  36.  7 

+    21     24.       3    7 

69.5 

2 

ii.  16 

1  1.  I  7 

6654 

M.  Z.  255,  45    .... 

T^      J 

8.  i 

45     8.  88 

"j*  •» 

64.5 

J 

3 

3-5" 

**f       J-  / 
-    21    32    57.2 

64.5 

2 

11.13 

6655 
66c6 

A   Scorpii  (ist*)       .    .    . 
A     Librae    .        .... 

8.0 

C,.  7 

45  '2-57 
15  45  12.  66 

70.  i 

3 

3-589 
_l_  3.  471 

-  24  55 

.  .       IQ       A  A        AJ       A 

60.  o 

11.13 

""  J  " 

6657 

A    Scorpii  (2d*)        .    .    . 

j    j 

5-5 

45  "2-69 

65.7 

8 

3-589 

*y    T-T-    T-J-  T- 

-  24  54  20.  7 

73-4 

7 

11.13 

6658 

O.Arg.N.  15688     .    . 

9.0 

45   17.04 

62.  4 

2 

0.538 

+  66  17  42.  o 

69.5 

2 

II.  12 

6659 

Lalande  28917     .    .    . 

8.0 

45  25.77 

68.4 

2 

2.  194 

+  38  IS  36.8 

65.8 

3 

II.  II 

6660 

Weisse  XV,  864  ... 

8.0* 

45  26.  6  1 

61.  o 

" 

3-356 

14  17  34.4 

56.5 

2 

II.  II 

6661 

B.A.  0.5253    .    .    .    . 

6-3 

15  45  32.46 

70.5 

4 

+  3-57° 

^-24    6  44.  8 

70.  i 

3 

-    II.  IO 

6662 

B.A.  0.5254    .... 

6.0 

45  36.30 

60.4 

2 

3-558 

-  23  33  26.  8 

57-5 

7 

II.  10 

6663 
6664 

Lalande  28926     .    .    . 
6    Librae 

7-5 
4.  o 

45  43-  22 

4C     CT    48 

75-3 
60.6 

5 

2.  2O2 

+  37  58  33-  9 

|(j     |  g     r^_   • 

47-8 

C7    O 

3 

II.O9 
I  I.  08 

6665 

B.  VI.  1511,75  .... 

7.4 

^  J     J  m  •  "Tu 

45  52.56 

69.4 

2 

3.446 

-  «8  31  54-5 

j/-  y 

65-5 

3 

1  1.  08 

6666 

K     Corona;  Borealis  . 

5-5 

'5  45  57-39 

68.9 

2 

+    2.259 

+  36    5  42-  5 

47-4 

4 

-    11.07 

6667 

B.A.  0.5258    .    .    .    . 

5-8 

45  59.06 

66.4 

2 

3.638 

-  26  55  11.5 

58-5 

2 

II.O7 

6668 

Lalande  28913     .    . 

7-o 

46     5.46 

66.4 

3 

3-123 

2   36  31.0 

60.5 

4 

1  1.  O6 

6669 
6670 

Raclcliffe  3462      .    .    . 
3     Scorpii  

7.0 
6.0 

46  12.54 
46  15.  60 

62.  4 
66.  i 

2 

c 

2.032 

+  42  59  12.6 

68.0 

71     7 

2 

11.05 
1  1    O^ 

6671 

Lalande  28945     .    .    . 

6.8 

15  46  32.84 

68.5 

J 
2 

+  3-  282 

-  10  40  18.  6 

/*•  / 

64.4 

2 

-  1  1.  02 

6672 

6677 

Lacaille  6582   .... 
47  Libra;    . 

6-3 
7  o* 

46  45-  3« 

4^  5S-  17 

66.4 
61.  8 

2 

3-991 

3     A  Cfl 

-  39  26  57.  i 

T  fi     r  T     r  C     * 

65.5 

fin  7 

2 

II.  02 

I  I    OO 

/  J 

6674 

4     Scorpii  

/  .  vy 

5.8 

4.7       2    7Q 

77    7 

•  TOU 

3.614. 

10  57  50.  i 

oo.  7 
6?    r 

IO    OO 

6675 

Weisse  (2)  XV,  1179  . 

J 

8.0 

TV        •*•  17 

47  '2-34 

/  j-  / 

74-2 

3 

2.026 

+  43     4  18.4 

Uj.    1 

77-5 

2 

itj.  yy 
IO.  98 

6676 

B.A.  0.5266    .... 

7-o 

15  47  12.65 

65-4 

2 

T    3.626 

-  26  19  47.7 

69.7 

4 

-    10.98 

6677 
6678 

18  Ursaa  Minoris  .... 
Anonymous  .... 

7.0 

9O 

47  27.51 

69-5 
70.  8 

2 

—    7.561 

+            •>         y|    T    T 

+  So  25     8.  5 

[^    CQ    22    8 

69-3 
66.  5 

5 

10.97 

10  06 

6679 
6680 

O.  Arg.  S.  15023  .    .    . 
X    Herculis    .    .    . 

•  " 

7-3 
C  o 

47  38.57 
47   *)O-  ^2 

64-3 
61.  8 

3 
5 

j-  41  1 

3.607 

-  25  31  17.2 

70.5 
56.  8 

2 

10.95 

j.  M 

2-033 

+  42  5°  39-  2 

4 

o-93 

170 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

Mean  year. 

t/i 

>Q 
0 
u- 
O 

0 

fe 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 

X 

8 

s 

i 
o 

'o 

0 

K 

Annual 
Precession, 
1860. 

6681 

£     Lupi  fist*}  . 

6.5 

h.  m.       s. 
15  47  56.  84 

66.5 

2 

s. 
+  3-8i6 

0          /         // 

—  33  33  10.  4 

70.4 

4 

// 
-  10.  93 

6682 

e     Luoi  (2d*} 

6.  5 

47   S7-49 

66.5 

2 

3.816 

-  33  33    4.  i 

72.  o 

4 

10.93 

6683 

Weisse  (2)  XV,  1201  . 

J 

8.2 

*rl     j  1     ^y 

47  57-9° 

73-  ° 

4 

2.  O26 

+  43     o  13.0 

69-5 

2 

10.93 

6684 
6685 

Lacaille  6590   .... 

6.5 

4-  5 

48    o.  60 
48  14.81 

65.0 
60.8 

2 

3 

3-872 
3.689 

-  35  30  54-  7 
-  28  48    68 

67.5 
71.0 

2 

4 

10.  92 
10.  91 

6686 

B.  A  €.5273    .... 

6.0* 

15  48  24.39 

65.  2 

3 

+    2.647 

+  20  43  23.  9 

53-3 

3 

-  10.  89 

6687 

M.  7.252,45    .... 

8.2 

48  36.60 

64.5 

3 

3-522 

-    21    48   27.  2 

70.5 

2 

10.88 

6688 

B.  A.  C.  5275    .... 

7-i 

48  41.  18 

62.8 

3 

3.650 

-    27    13   48.7 

58.5 

2 

10.87 

6689 

B.  A.  0.5278    .... 

6.2 

49    o-  S2 

62.  4 

3 

+    3-505 

-   21      4   29.  2 

62.8 

3 

10.85 

6690 

f     Urs;e  Minoris  .... 

4-5* 

49     8.  32 

50.8 

no 

-    2.323 

+    78    13    22.9 

53-5 

61 

10.84 

6691 

B.  A.  €.5281    .... 

6.4 

15  49  29.82 

64.  2 

6 

+  3-495 

-  20  34  25.  8 

64.5 

2 

-  10.81 

6692 

O.  Arg.  S.  15061  .    .    . 

8.0 

49  43-  57 

67.0 

2 

3-404 

-   16  24     8.  4 

65-5 

2 

10.80 

6693 

6604 

Weisse  XV,  939  .    .    . 
2     Herculis            .        . 

9.0 

6.0* 

49  44.  84 
49  57.  81 

61.  o 
60.  4 

2 

3 

3-«23 

2.OOO 

2  34  46.  5 
+  43  32  51.5 

58.9 
53-4 

4 
3 

10.79 
10.  78 

vuyij. 
66fJ  < 

y     Serpentis 

4    S 

49  59.  49 

66.  i 

3 

2.746 

+  16    6  59.8 

72.  7 

5 

10.  78 

uvyj 

6696 

O.  Arg.  S.  15067  .    .    . 

^   J 

7-3 

15  49  59.64 

67.4 

2 

+    3-410 

-  16  40  43.  2 

65-5 

2 

-  10.78 

6697 

B.A.  0.5286    .... 

6.0 

50  II.  48 

62.5 

2 

3.584 

-  24  25  27.  7 

61.2 

3 

10.76 

6698 
6600 

O.  Arg.  S.  15072  .    .    . 
48  Libra:    .    . 

7-5 
6.0 

50  19.81 

5O    21.  14 

66.5 

58.  Q 

2 
2 

3-494 
3-  35  1 

-  20  29  II.  4 
-   13  52  20.  1 

67.9 

6q.  O 

2 

-7 

10.75 

10.  75 

u  yy 
6700 

TT     Scorpii 

"?  "? 

SO    2"?.  2Q 

j       y 

6l.  2 

6 

3.616 

—  25  42  27.  5 

7 
64.8 

3 

10.  75 

6701 

6702 

/.     Corona  Borealis  .    .    . 
(j>     Serpentis  

O     J 

5-5 
6.0 

J"    *-J-  "y 

15     50   41.84 
5O    47.  09 

**j*  *• 

59-5 
68.4 

2 
2 

+  2-178 
2.  773 

+    38    21     II.7 

4-   14  49     7.  4 

5I.I 

62.5 

5 

2 

-  10.  72 
10.  72 

"t 

6703 

4     Herculis    

6.0* 

50   47.92 

60.  4 

2 

2.019 

.+   42  58  3°-  i 

53-5 

3 

10.  72 

6704 

Weisse  (2)  XV,  1273  . 

7-5 

50    48.  32 

68.4 

3 

2.  2l6 

+  37     7  55-5 

47-5 

2 

10.  72 

6705 

B.  A.  €.5294   .    .    .    . 

6.6 

5°  56.45 

62.5 

2 

3-638 

-  26  36  44.  9 

67-5 

2 

10.  71 

6706 

B.  A.  C.  5296    .... 

6-5 

15  5°  57-64 

64.  2 

4 

+  3-716 

-  29  40  43.  9 

71.8 

3 

-  10.71 

6707 

B.  A.  €.5297    .    .    .    . 

7.0 

So  58.  45 

66.0 

2 

3-705 

-  29  r3  37-  8 

7i-3 

6 

10.  70 

6708 

Lalande  29043     .    .    . 

8.5 

5°  59-  49 

60.0 

2 

3-473 

-  "9  31  47-  i 

55-4 

2 

10.  70 

6709 

Lacaille  6624   .... 

7.0 

51     o.  08 

63-9 

2 

3.806 

-  32  58  54.  6 

68.5 

2 

10.  70 

6710 

Lalande  29044     .    .    . 

8.0 

51     0.30 

60.  o 

2 

3-473 

-  19  32    0.4 

55-4 

2 

10.  70 

6711 

B.  A.  C.  5299    .... 

7.0 

'5  5'     6.33 

7°-3 

4 

+  3-  745 

-  3°  45  5'-8 

68.5 

2 

-  10.  69 

6712 

Corona:  Borealis  .    .    . 

4.  o* 

5i  47-S2 

73-' 

15 

2.487 

+  27  17     7.0 

71.2 

4 

10.  64 

6713 

Weisse  XV,  976  .    .    . 

9-5 

51  55.00 

65-4 

2 

3-289 

-  10  51  34.  8 

56-4 

2 

10.63 

6714 

671  c 

O.  Arg.  S.  15101  .    .    . 
(J     Scorpii 

8.0 

2     -i* 

52     i.oi 

c  2       3    6il 

73-° 

60.  Q 

4 

•7O 

3-631 

-I     C-IC 

-  26  15     3.  7 

—    22    13    1  1.  2 

67-5 
6c.  -! 

3 

10.63 

10.  62 

"/  •  J 

6716 

49  Libne    

-  J 

6.0 

J^      o-     T- 
15    52    28.  22 

64..  7 

OV 

e 

J-  JOJ 

-j-   3.  400 

—  16     7     8.  5 

J     J 

71.  1 

e 

—  10.  59 

6717 

O.  Arg.  S.  15108  .    .    . 

7.0 

52    33-°3 

*-'*?••  / 

76.4 

j 
3 

3.642 

/         j 
—  26  38  50.  o 

/         J 

67.5 

j 

2 

10.59 

6718 

O.  Arg.  S.  15112  .    .    . 

7.2 

52   45-91 

64-5 

2 

3-574 

-  23  52    2.8 

66.5 

3 

10.57 

6719 

Lacaille,  6641  .... 

6-3 

S2    55-40 

67.5 

2 

3.908 

-  36  20  46.  3 

72.2 

3 

10.56 

6720 

Weisse  (2)  XV,  1330  . 

8.0 

53     1-40 

62.  4 

2 

2.025 

+  42  38  29.  2 

68.0 

2 

10.55 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


171 


"I 
Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

J 

o 

lM 

O 

o 

K 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

)H 

rt 

B 

C 
• 

u 

2 

<ti 

JD 
O 
IM 

O 

o 

fc 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

ft 

6721 

Weisse  (2]  XV,  1336  . 

8.0 

15  53  12.26 

68.5 

2 

+    2.  I96 

+  37  36  56.  6 

65.1 

3 

-  io-54 

6722 

Lalaiule  29146     .    .    . 

6-3 

53  '9-  °o 

68.9 

2 

2.  176 

+  38  13  48.4 

65.8 

3 

10-53 

6723 

T    Corona;  Borealis  .    .    . 

Var. 

53  38.88 

70.5 

2 

2.509 

+  26  19  13.9 

71.4 

i 

10.  50 

6724 

B.  A.  €.5310    .    .    .    . 

5-5* 

53  47-45 

69.  2 

4 

2.212 

H-  37    2  35.3 

68.5 

2 

10.49 

6725 

Weisse  (2)  XV,  1367  . 

6.8 

53  5L45 

68.4 

2 

2.  203 

+  37  20  35.4 

65.! 

3 

10.49 

6726 

6727 

Weisse  XV,  ion      .    . 
BAG  5308 

8.5 
6.7 

'5  53  52-°4 
e  i    to   c  i 

08.5 

6?  8 

2 

+    3-29I 

1.  60,7 

-  10  52  51.5 
—  28  44  26.  8 

56.5 
6c.8 

5 
i 

-  10.49 

10.  48 

/    / 
6728 

O.  Arg.  S.  1  5  1  34  .    .    . 

8.1 

j  j    jy    j 

54    o.  16 

"O-  *• 

65.5 

3 

J         71 

3.622 

-  25  45     9-  i 

"j-  •• 

65.5 

j 

2 

10.48 

6729 

Lacaille  6648   .... 

7-4 

54    6.60 

63-5 

2 

3-745 

-  30  32  50.  9 

67.9 

2 

10.47 

6730 

Weisse  XV,  1019     .    . 

8.6 

54  18.57 

68.5 

2 

3-292 

-  10  53  5°-3 

57-1 

3 

10.46 

6731 

O.  Arg.  S.  15147  .    .    . 

7.2 

'5  54  35-33 

67.0 

2 

+  3-575 

-  23  46  47-  3 

68.8 

3 

-  10.44 

6732 

B.  A.  C.  5312    .    .    .    . 

7.2 

54  45-  23 

63.1 

2 

3-637 

-  26  19     7.0 

66.5 

2 

10.42 

6733 

Mer.  C.  Z.  128,5      •    • 

8.4 

54  5°-  26 

66.5 

3 

3-587 

-  24  16  13.0 

67.5 

2 

.    10.  42 

6734 

B.  A.  0.5314    .    .    .    . 

5-8 

54  53-28 

64.  2 

3 

3.616 

-  25  28  17.5 

71.0 

4 

10.41 

6735 

r     Herculis    

5-5* 

54  56.  83 

67.5 

4 

2.697 

+  18  12  25.6 

53-5 

3 

10.41 

6736 

Gr.  12-YearCat.  1315  . 

7.0 

15  54  59.20 

60.  5 

3 

+  3.476 

-    19    26    52.  2 

55-5 

2 

-  10.40 

6737 

Lacaille  6657    .... 

7.0 

55  22.91 

68.5 

6 

3-949 

-  37  28    9.  i 

65.0 

2 

10.38 

6738 

Lacaille  6658   .    .    .    . 

8.0 

55  27.27 

73-2 

4 

3-948 

-  37  25  34-  2 

65.0 

2 

10.37 

6739 

B.  A.  C.  5317    .... 

6.2 

55  3°-49 

62.8 

3 

3-59° 

—  24  20    8.  5 

62.5 

2 

10.37 

6740 

Weisse  XV,  1057     .    . 

8.8 

56    5-39 

66.4 

2 

2.842 

-f    II    21    16.  2 

65.0 

2 

10.32 

6741 

O.  Arg.  S.  15179  .    .    . 

9-  i 

15  56  22.49 

68.4 

2 

+  3-512 

-  20  57  48.0 

67-9 

2 

-  10.  30 

6742 

O.Arg.  S.  15183  .    . 

9.0 

56  35-56 

67.0 

2 

3-565 

-  23  14  31-1 

67.5 

2 

io.  29 

6743 

51   Librae  (ist*)     .... 

5-2 

'    56  40-  35 

64.0 

5 

3-295 

-  10  59     1.5 

56-4 

2 

10.  .?8 

6744 

51    Librae  (2d*)      .... 

8.0 

56  40.  92 

65-5 

2 

3-295 

-  10  58  59.6 

7O.  2 

3 

10.28 

6745 

Lalande  29208     .    .    . 

7-5* 

56  41.87 

67.4 

3 

3-305 

-  II  28     7.0 

59-5 

3 

10.28 

6746 

O.  Arg.  S.  15191      .    . 

7-4 

15  56  58.46 

63.0 

4 

+  3-  566 

-  23  16  55.1 

66.3 

4 

-  io.  26 

6747 

O.  Arg.  S.  15194      .    . 

7-4 

57  12.98 

64-5 

3 

3-58o 

—  23  50    9.  i 

68.8 

3 

io.  24 

6748 

67AQ 

Weisse  XV,  1081     .    . 
/?'   Scorpii 

7-5 

2.  O* 

57  17-74 

C7    ig   Q7 

70.4 

re    g 

2 

1  68 

2.942 

T.    477 

+    6  26  31.  i 

_    in    2C.       8    A 

73-3 
CT  o 

4 
64. 

10.23 

IO    21 

\j  1  i^\j 

67^0 

$*  Scorpii  

5-5* 

j  t     lu-  W 
$7    18.47 

JJ-  ° 

64.  o 

j-  T-/  / 
+    •?   477 

»y    ^J       "•  *r 
—    IO   24    <6.  3 

j  j*  w 

4Q    Q 

\Jl^ 
I  I 

•  **•  •*-,} 
IO.  21 

/  j 

6751 
67  s  2 

Weisse  XV,  1080     .    . 
0     Lupi  

7.0* 
4-  5 

j  /       "'  ^  l 

15  57  21.75 

C7    24.    42 

Uf..    \J 

64.4 

72  <; 

2 

7 

O     ••  1 

+  3-051 

-3     Q2  I 

*  y    ~*t   Ju>  O 

+     i     3  45-  8 
36  25     i.  8 

T^y    y 

63.4 

67    2 

2 
j 

BW*     i-J 

io.  23 

IO.  22 

/  j 

67S3 

Weisse  XV,  1086    .    . 

6.8 

j  /     *-t'  *+*• 

57  26.85 

/  •**  j 
68.1 

/ 

3 

J'  y*£ 

+  2.943 

+    6  23  59.0 

**/  •  • 

69.  o 

o 

4 

IO.  22 

6754 

O.  Arg.  N.  15839    .    . 

8.7 

57  27.09 

69.5 

3 

—  o.  095 

+    70      2      3.8 

75-5 

2 

—    10.  22 

6755 

O.Arg.  S.  15199  .    .    . 

7-8 

57  28.  76 

70-5 

2 

+  3-  524 

-   21    27    10.4 

68.5 

3 

IO.  22 

6756 

B.  A.  C.  5333.    .    .    . 

6.5 

'5  57  37-o6 

65.0 

3 

+  3-475 

-  19  '7  43-4 

69.7 

5 

-    10.  21 

6757 

B.A.C.5335    .... 

6.  I 

57  45-71 

63.  2 

7 

3.566 

-  23  13  17.0 

63-2 

10 

10.  2O 

6758 

Weisse  XV,  1092     .    . 

7.0 

58    2.  54 

62.0 

4 

3-132 

2  57  43.  9 

58.0 

4 

10.  17 

6759 

Lacaille  6686  .... 

6.0 

58    4-  34 

77-2 

4 

3.921 

—    36    22    19.  I 

68.5 

2 

io.  17 

6760 

B.A.  0.5336   .... 

6.0 

58  10.48 

68.5 

2 

2.203 

4-  37    i  12.9 

62.5 

3 

IO.  1  6 

172 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

1 
Mean  year. 

1 
i*- 

0 

o 

fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

b 

rt 

CJ 

>* 

1 

QJ 

S 

1 

lM 

O 

6 

£ 

Annual 
Precession, 
1860. 

h.  m.       s. 

s. 

0           /           // 

// 

6761 

B.  A.  C.  5352    .    .    .    . 

6-5 

15  58   14.97 

76.6 

3 

-  6.837 

+    83    21    49.8 

73-5 

4 

—  10.  16 

6762 

M.  Z.  16,36      .    .    .    . 

7-5 

58  23.  10 

77-2 

4 

+  3-921 

-    36    20 

10.  15 

6763 

B.  A.  0.5341    .    .    .    . 

5-5* 

58  3I-42 

59-5 

2 

1.524 

+  53  18  20.6 

53-5 

3 

10.  14 

6764 

O.  Arg.  S.  15225  .    .    . 

8.4 

58  34-03 

67-5 

2 

3-527 

-    21    32    17.9 

70.4 

2 

10.  14 

6765 

O.  Arg.  S.  15227  .    .    . 

7-3 

58  35-92 

67.5 

2 

+  3-526 

—    21    28    55.3 

68.5 

3 

10.  13 

6766 

O.  Arg.  N.  15864     .    . 

9.0* 

15  58  39.64 

64.  o 

4 

-  o.  118 

+  70    6  46.  i 

59-7 

5 

-  10.  13 

6767 

WeisseXV,  1109    .    . 

9.0 

58  48.  98 

71-4 

3 

+  3-320 

-  I2    6  33.3 

57-5 

2 

IO.  12 

6768 

Lalande  29297     .    .    . 

7.2 

58  51-59 

68.5 

2 

3-307 

-   ii  31  24.  7 

63.0 

2 

IO.  12 

6769 

Lalande  29341      .    .    . 

7.0 

58  54-  78 

74-5 

3 

2.  276 

+  34  33  48.  6 

65-4 

3 

II.  II 

6770 

O.  Arg.  S.  15235  .    .    . 

9.0 

59     2.12 

62.8 

3 

3-53" 

—    21    40  44.  I 

70.5 

2 

10.  IO 

6771 

Piazzi  XV,  260  ... 

6.8 

15  59  11.83 

67.4 

4 

+  3-999 

-  38  43  33-  5 

69.0 

4 

—  10.  09 

6772 

O.  Arg.  S.  15240      .    . 

6.0 

59  11.96 

67.4 

2 

3-504 

-  20  29  13.  8 

70.4 

3 

10.09 

6773 

Lacaille  6695   .... 

6-3 

59    12.22 

67.4 

4 

3-998 

-  38  42  48.  5 

69.0 

4 

IO.09 

6774 

Lalande  29306     .    .    . 

7.8 

59  12.42 

69.4 

2 

3-438 

-  17  33  17-6 

56-2 

3 

10.09 

6775 

O.  Arg.  S.  15242     .    . 

8.5 

59  13-93 

67.4 

2 

3-506 

-  20  33  40.  3 

67.9 

2 

10.  09 

6776 

B.A.C.5345    .... 

6.0 

15  59  27.96 

61.0 

4 

+  3-  589 

-  24    4  57.  2 

58.3 

9 

-    IO.O7 

6777 

O.  Arg.  N.  15872    .    . 

9.0 

59  32.  35 

56.0 

2 

—  0.038 

+  69  36  10.  4 

61.8 

3 

10.  O6 

6778 

B.A.C.5347    .... 

5-5 

59  36.06' 

67.2 

3 

+  3-  635 

-  25  56  54.  5 

66.5 

2 

10.  O6 

6779 
6780 

O.  Arg.  N.  15876     .    . 
1  1   Scorpii  .    .    . 

9.  o* 
6.0 

59  41-51 
59  50.  08 

50.5 

C7     f 

2 

—  o.  129 

+    -J    726 

4-70    8     o.  i 

j  2    21     C  i*    8 

63-4 

2 

10.  05 

6781 

O.  Arg.  N.  15882      .    . 

8.8 

15  59  54-01 

j/  •  * 

60.5 

3 

,V   J«W 

-  0.043 

+  69  36  53-  8 

54.  o 
61.8 

3 
3 

10.  04 
—  10.03 

6782 

O.  Arg  S.  15271  .    .    . 

8.4 

1  6     o   18.49 

64.5 

4 

+  3-  738 

—  29  52  58.6 

66.5 

2 

IO.  OO 

6783 

B.A.C.5354   .... 

6.0 

0   22.  28 

63-4 

2 

3-571 

-  23  18  28.7 

61.5 

2 

IO.  OO 

6784 

Weisse  (2)  XV,  1561  . 

8.0 

o  41.02 

73-o 

4 

2.  OI2 

+  42  24  30.  i 

68.0 

2 

9.98 

6785 
6786 

B.  A.  0.5357    .... 
45  Serpentis  

7.2 

C     C 

o  42.  73 
16    o  56  s1? 

72.0 
66.8 

4 

4.037 
-(-    2.862 

-  39  45   '9-4 
4-   10  16    8.  i 

71.1 

60  c 

S 

2 

9-97 

6787 

O.  Arg.  S.  15292  .    .    . 

J     J 

7-3 

J       Jl 

I  14.  60 

66.5 

2 

3.640 

-  26    3  57.3 

uy-  j 
68.0 

2 

9.  96 
9-93 

6788 

O.  Arg.  S.  15295  .    .    . 

8.8 

I    22.  65 

67-5 

2 

3.427 

-  16  58  32.  i 

,7°-3 

S 

9.92 

6789 

O.  Arg.  S.  15300  .    .    . 

9.  i 

I    24.31 

67-5 

2 

3.425 

-  16  53  15.6 

72.4 

2 

9.92 

6790 

O.  ^rg.  S.  15303  .    .    . 

9.0 

I    29.  90 

74-5 

4 

3.423 

-  16  48  39.4 

71-5 

2 

9.91 

6791 

Lacaille  6716   .    .    .    . 

7-7 

16     i  42.06 

66.5 

2 

+   4.039 

-  39  45  13-  8 

72.  i 

3 

•     9-90 

6792 

B.  A.  0.5364    .... 

7-3 

i  42.  98 

65-4 

4 

3.653 

-  26  32     8.  6 

67.5 

4 

9.90 

6793 
6794 

li.  A.  0.5365    .... 
K     Herculis    

7-3 

=;.  s 

i  45-23 

I    4.$    %A 

64.0 
64.  A. 

2 
2 

3-595 

2    7O7 

-  24  12  34.6 

+     17    2C     IO    O 

70.  i 

CA     A 

3 

9.89 
9cn 

6795 

B.  A.  0.5368    .... 

j  j 
5-8 

•      TO'   JT> 

I  45.84 

"T"   t 
63.8 

3 

*••  /w 

2.707 

1  /   ^j   'y-  y 

+  »7  25  49.9 

a4-  4 

70.5 

2 

•  °9 

9.89 

6796 

Weisse  XVI,  u  .    .    . 

9.0 

16     2  1  6.  66 

59-7 

3 

+  3-  '37 

•    3  10  26.  7 

55-5 

2 

9.86 

6797 

B.  A.  0.5374    .... 

5-5 

2    20.55 

63-5 

2 

3-719 

-  29    2  36.4 

72.7 

S 

9.85 

6798 
6799 

Tr.  Z.  244,  12    .... 
8     Herculis    

9.2 
6  q* 

2    24.  67 
2   27    QI 

62.5 

MQ 

2 
2 

3-526 

2    7O1 

—  21   16  36.0 

_]_        T  7        7  A        4ft      f) 

7i-5 

CA      C 

2 

9.84 

n   KA 

6800 

Weisse  XVI,  19  ... 

.> 
5-5 

•/•  JM 

2   31.08 

•  y 

61.2 

5 

*•  l^J 

3-  '35 

1         *  /      J^T    V«  u 

3    5  42.  i 

54-  5 

61.7 

3 
5 

9.  04 
9.84 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


173 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

"o 

6 
Iz; 

Annual 

Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

Mean  year. 

1 
'o 
o 
2 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0          /          // 

// 

6801 

B.  A.  0.5378    .    .    .    . 

6-5 

16     2  59.51 

64.1 

3 

+  3-661 

-  26  46  54.  4 

68.0 

4 

•    9.80 

6802 

Tr.  Z.  121,  22  .... 

7-5 

3     2.28 

64.4 

2 

3-659 

-  26  42  38.4 

73-o 

2 

9.80 

6803 

O.  Arg.  S.  15342  .    .    . 

8.2 

3  '2.5° 

69-5 

3 

3-44° 

-   I?  44  50-5 

66.0 

4 

9.78 

6804 
6805 

Weisse  XVI,  38  ... 

7-6 
o.  $ 

3  13-09 
3  14.48 

63-5 
68.4 

2 
2 

3-355 
3.  ?2<; 

-  '3  37  21.4 

—   21    1  3      C    I 

63-5 

67.  Q 

2 
2 

9.78 
Q.  78 

6806 

cl    Scorpii  

"    J 

6.0 

j  "t"  ^** 
16     7  "17.  v> 

V\J.    .J. 

56.5 

4 

J    J    J 

4-   1.  6pc 

j      j-  * 

—  28     2  e7  -\ 

VJ'   7 

68.0 

2 

y   /" 

—    Q.  75 

6807 

fl    Scorpii  

5-6 

j  j/  j 
3  41.06 

J           J 

6-!.  8 

4 

i     j      yj 
3.682 

j  i  •  j 

—   27    W    31   O 

67.  4 

2 

y   i  j 

0.  7^ 

\j\j^j  f 

6808 

O.  Arg.  S.  15354  .    .    . 

6.0* 

3  50.68 

"J*  " 

70.9 

6 

J 

3-476 

/    JJ   oj-  y 

-  19     4  56.8 

72.8 

3 

7      1  J 

9-74 

6809 
6810 

T     Corona;  Borealis  .    .    . 
v     Scorpii 

5-5* 

4.  I 

3  51-  '4 

1    Cl    7C 

66.9 
61  •! 

3 

2C 

2.  196 

1   d.77 

+  36  5°  59-  3 

—    IQ      5    36   8 

72.5 

62.  2 

2 

9-73 

977 

6811 

6812 

O.  Arg.  S.  16358  .    .    . 
B.  VI.  i6>s  6     .    .    .    . 

T1 

8.4 

7    ^ 

j   J  •-  /  J 

'6     3  54-09 

•?    ?7.  CK 

\JA.    J 

64.5 

67  o 

•J 

3 

2 

j-  *T/  / 

+  3-  74i 

7.  4.C7 

y      J    0*^'  ° 

-  29  47  10.  o 

—    17    11    Id   7 

70.7 

6q.  i; 

4 

2 

•  /J 

-   9-73 

97-5 

6813 

O.  Arg.  N.  15952     .    . 

7-6 

J     J  /  •   7  J 

4  46.  48 

"/  •  ** 

62.  I 

6 

J     T"  J  J 

0-553 

'      J         JT"   / 

+  65    3  33.6 

7     J 

67-5 

3 

*  /  J 

9.66 

6814 

B.  A.  0.5389    .    .    .    . 

7-8 

4  57-  23 

63-5 

3 

3-  7H 

-    28  41    38.  2 

67.1 

2 

9.65 

6815 
6816 

O.  Arg.  S.  15388  .    .    . 
q     Herculis 

8.0 
6.0* 

5    4-93 
16     c     8  « 

64-5 

T,  8 

4 
6 

3-745 

-1-271"? 

-    29    50    56.  2 
-1-17        I    AQ    O 

66.0 
62.  ? 

2 
2 

9.64 

—    o  6.1 

6817 

Weisse  (2)  XVI,  154  . 

8.8 

j        jj 
5  18-92 

/  o-  u 

65.5 

2 

\      *••  t  *  j 
-(-    2.  OO9 

i     *  /      •   *ty.  ** 
+  42  ii  24.  6 

'*••  J 

70.5 

2 

y.  \m 
9.  62 

6818 

Groombridge  2319  .    . 

8.0 

5  20.  46 

64.7 

2 

—   0.  266 

+  70  38     9.  4 

64.6 

7 

9.  62 

6819 

B.A.C.5394    .    .    .    . 

6.8 

5  20.  60 

64.  I 

5 

+    3-596 

-  24     3  36-  5 

60.5 

3 

9.62 

6820 

O.  Arg.  S.  15398  .    .    . 

7-8 

5  23.04 

65-5 

3 

3-447 

-  17  44  18.9 

65.5 

3 

9.62 

6821 

B.A.C.5395    .... 

6.0* 

16    5  26.86 

60.5 

2 

+  3.523 

-   21       2    20.  5 

60.0 

4 

•       9.6l 

6822 

B.  VI  +  70°,  864     .    . 

9-° 

5  29.90 

64.9 

2 

—  o.  267 

+  70  38 

9.  61 

6823 

O.Arg.  S.  15403  .    .    . 

7-2 

5  39-o8 

66.0 

2 

+  3-  58o 

-  23  24  48.0 

64.5 

2 

9.  60 

6824 

Weisse  XVI,  83  ... 

7-5 

5  49-33 

60.5 

2 

3-336 

-    1  2   40  26.  2 

56.4 

2 

9.58 

6825 

B.A.  C.  5406    .... 

5-o 

5  57-  29 

71.9 

6 

0.138 

+  68  10  45.0 

68.3 

15 

9-57 

6826 

O.  Arg.  S.  15416  .    .    . 

6.9 

16     6  15.25 

62.7 

5 

+  3-5I7 

-  20  44  51.8 

60.5 

3 

9-55 

6827 

B.  A.  C.  5403    .... 

6.2 

6  24.  68 

67.8 

3 

3-623 

-  25     7     6.  3 

67.0 

2 

9-54 

6828 

B.A.  0.5408    .... 

6.5* 

6  34-  74 

66.2 

3 

3-458 

—  18  10  21.3 

57-0 

4 

9-53 

6829 

B.  A.  C.  5411    .... 

5-8 

6  41.  oo 

68.4 

2 

2.  192 

+  36  47  19-4 

68.4 

4 

9.52 

6830 

B.  A.  C.  5409   .... 

7-2 

6  44.  62 

62.  9 

2 

3.668 

-    26   50   54.  2 

59-5 

4 

9.51 

6831 
6832 

Weisse  XVI,  1  1  1     .    . 
<f     Ophiuchi  ...... 

7-9 

1   0* 

1  6     6  5  1  .  90 

7      O    7  1 

63.5 

c-i   9. 

3 
181 

+    3-286 

3         141 

—  10  18    6.6 

"I        IQ       Af\      R 

63-4 

CT      I 

2 

76 

—    9.50 

9A.Q 

6833 

Weisse  XVI,  113     .. 

j'  ** 
8-5 

/       "  /• 

7     5-96 

JT"    ° 

63.5 

10  o 

2 

.     iij.* 

3-372 

j  *y  T-y1  ° 
-  H  «6  51.5 

J**  * 
65-5 

/ 
2 

•  4y 

9.48 

6834 

B.  AT  C.  5416  .... 

7.0 

7  15-63 

68.4 

2 

3.760 

-  30  IS  58.  i 

63-5 

2 

9-47 

6835 

Weisse  XVI,  121     .    . 

9.0 

7  18.97 

61.5 

2 

3-341 

-  12  52    8.6 

6l.2 

4 

9-47 

6836 

O.  Arg.  S.  15438  .    .    . 

8.0 

16    7  19.32 

57-7 

4 

+  3-6i6 

-  24  45  43-  7 

59-7 

5 

-     9-47 

6837 

B.A.  0.5418    .... 

6-5 

8     1.89 

66.9 

2 

3-596 

—  23  55  42-  8 

67.0 

2 

9.41 

6838 

B.A.  €.5421    .... 

7-7 

8    7-59 

64.  o 

4 

3-737 

-  29  23  27.8 

61.5 

2 

9.40 

6839 

Lalande  29654  .... 

7-2 

8  13-95 

68.9 

2 

+  2.135 

+  38  25  45.  9 

66.2 

3 

9.40 

6840 

O.  Arg.  N.  16014    •    • 

8.6 

8  18.05 

69.4 

2 

—  o.  301 

-t'  7°  4i  5i-  i 

55-' 

3 

9-39 

174 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

S 

B 
>> 

§ 

Q 

s 

Jj 

O 

*o 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

1 

>, 

a 
m 

QJ 

% 

i 

*0 

o 
£ 

Annual 

Precession, 
1860. 

h.  m.      s. 

s. 

o       /       // 

// 

6841 

Lacaille  6765   .... 

7-5 

16     8  20.  79 

74-3 

6 

+  3-883 

-  34  28  15.  i 

70.  i 

5 

-     9-39 

6842 

O.  Arg.  S.  15466  .    .    . 

6-9 

8  44-  05 

64.4 

3 

3-525 

-  20  57    6.  7 

63-5 

3 

9-36 

6843 

6844 

Lacaille  6774   .    .    .    . 
16  Herculis    .        .... 

6-3 
6.  5* 

9     8.03 
9  16.43 

68.5 

Co.  c 

3 

2 

3.887 

2.  660 

-  34  33  57-  2 
-4-  10    Q  so  s 

64-5 
?3  ? 

4 

9-33 

972 

6845 

a     Coronae  Borealis  (ist*) 

3 

9  25.  83 

•jy  j 

71.7 

6 

2.  267 

t       y     y  jv-  3 

+  34  12  50.8 

JO-  o 

66.0 

6 

•  J^ 
9-30 

6846 

a     Coronx  Borealis  (2d*) 

16    9  25.92 

71.7 

6 

+    2.  267 

+  34  12  55-2 

66.0 

_6 

9-30 

6847 

15.  A.  0.5429    .    .    .    . 

5-4 

9  37-  28 

63-4 

3 

3-7°9 

-  28  15  44.9 

71.9 

5 

9.29 

6848 

B.A.  C.  5430   .... 

7.0* 

9  37-  5° 

7!.8 

6 

3-694 

-  27  41  34.  6 

64.  2 

3 

9.29 

6849 
6850 

Weisse  XVI,  173     .    . 
M.  Z.  28,  24  

7-5 
8-7 

10    0.80 
10    6.  46 

58-9 
64.4 

6 

2 

3-346 
3.  76l 

-  13     i  24.0 

7O       Q       80 

51-4 

66  e, 

4 

2 

9.  26 
92C 

6851 

Lacaille  6781    .... 

6-5 

16  10    8.44 

61.5 

2 

o-  /    * 

+  3-907 

J          y       u.  v^ 

-  35     8  38.3 

nf,  j 

67.5 

2 

•  *5 

-     9-25 

6852 

Weisse  XVI,  176     .    . 

8.0 

10  10.  19 

'66.2 

3 

3-348 

-  ij     5  44-  2 

64.  2 

3 

9.25 

68S3 

O.  Arg.  S.  15489  .    .    . 

8.7 

10  16.51 

64-5 

3 

3-759 

-  30     4  45-  ° 

64.4 

2 

9-  24 

6854 

O.  Arg.  S.  15490  .    .    . 

9-0 

10  23.  14 

60.5 

2 

3-534 

—  21    14  45.3 

57-0 

2 

9-23 

6855 

B.  A.  C.  5433  .... 

7-3 

10  28.01  • 

62.5 

3 

3.702 

—  27  56  20.  7 

67.5 

2 

9.22 

6856 

681:7 

Weisse  (2)  XVI,  326   . 

9.0 

4.  O 

16  10  44.72 

IO    ZA    06 

62.5 

62.4. 

2 

•3 

+  2.014 
3-  162 

+  41  40  29.  7 

—      4.   2O   C  2    I 

68.0 
67  i 

2 
2 

•      9.  20 

Q-  19 

J  / 

6858 

Anonymous  .    .    . 

*f.  V 

Q   O 

j^  y 
1  1   20.  68 

*  T^ 

60,  o 

J 
2 

-!     8q4 

*T     •**    J          * 

—    34.    18      80 

/  -  • 

7O    S 

I 

9.  16 

68S9 

I  .alande  29696  .... 

y 

7.0 

1  1   28.  28 

**y 

59-  4 

2 

j-  uyt 

3-470 

Jif            JC»                      U.      W 

-  «8  29    5.5 

/w*  J 

56.8 

4 

9-15 

6860 

DM.  +  37°,  2731    .    . 

8-5 

II   31.03 

73-9 

5 

2.168 

+  37  13  26.2 

66.8 

3 

9-  "4 

6861 

B.  A.  C.  5441   .... 

7.0 

16  II  48.92 

62.0 

2 

+  3-737 

—  29  10  24.  i 

65-5 

2 

9.  12 

6862 

686? 

Weisse  XVI,  221     .    . 
19  Scorpii  

9.0 
r    6 

ii  50.54 

12    12.  98 

74-i 

7O   A. 

3 
g 

2.884 
-i   cq8 

+    8  57  56.4 

—    21    4.Q   A.2    1 

73-5 
68.8 

4 

g 

9.  10 

900 

F«**'J 

6864 

O.  Arg.  N.  16057    .    . 

J-  v 

7-4 

12    22.47 

i     •  T- 

63.2 

3 

j-  jy^ 
1-455 

•j  T-y  *?•*••  j 

+  53  35  "-2 

-65.5 

2 

.  wy 

9.08 

6865 

Lacaille  6796  .... 

7.2 

12    26.  IO 

63-9 

3 

3-845 

-  32  57  42-4 

69.5 

4 

9.07 

6866 

O.  Arg.  S.  15541  .    .    . 

8.0 

16    12    26.  12 

60.5 

2 

+  3-  542 

—  21  30     i.  8 

56-9 

2 

9.07 

6867 

Weisse  (2)  XVI,  376  . 

8.2 

12    30.80 

72.9 

4 

2.  165 

+  37  16    o.  2 

69-5 

4 

9.  O6 

6868 
6869 

Lacaille  6797   .... 
Anonymous  .... 

7-1 

92 

12    34.20 
12    3Q    S4. 

63-9 
66.5 

3 

2 

3-845 
7   ft-jc 

-  32  53  44-  4 
—  25   15   10.  o 

68.3 
60  s 

5 

9.  O6 
9OC 

6870 

<r     Scorpii  

2    7 

j:7'  J*T 
12   41    O"? 

60.  5 

27 

O'  "Jj 

i  61$ 

—  25  15  10.  8 

y-  j 

62.  I 

•  WJ 
9OC 

/ 

6871 

Weisse  (2)  XVI,  386  . 

•  / 
8-3 

•   t  *  >  ^  j 

16  12  53.  10 

62.5 

*/ 

2 

j~  ^jj 
-+-  2.006 

+  41  46  29.  i 

67-5 

2 

•     J 

-   9-04 

6872 

DM.  +  38°,  2756     .    . 

8.0 

12    53.90 

69.4 

2 

2.138 

+    38      2   31.3 

46.4 

2 

9.04 

6873 
6874 

DM.  +  37°,  2737    .    . 

B.  VI.  l6h,  22    ... 

8.4 

7    i 

12    55-27 

12  z  t;  4.8 

69.5 
62  z 

3 

i 

2.  146 

4-   i  ?o8 

+  37  47  28.4 

—    21    21 

61.5 

2 

* 

9-04 

9    01 

6875 

B.  VI.  -j-  79°,  483*  .    . 

9-5 

••  j  j  •  f\-tj 

13  3-71 

u4.  ^ 
67.0 

2 

r    ,}•  3yu 

-  3-424 

*j    *•* 

+  79  35     2.0 

70.5 

i 

•  WJ 

9.02 

6876 

B.  VI.  +  79°,  484   •    • 

9-3 

16  13  27.44 

67.0 

2 

—  3-444 

+  79  36  23.  5 

70-5 

2 

8.99 

6877 

B.  A.  C.  5452  .... 

6.0* 

13  59.89 

59-8 

3 

+  2.601 

-f-    21    28   23.0 

54-4 

4 

8.95 

6878 

Weisse  (2)  XVI,  408  . 

6.2 

14     I.  70 

69-4 

2 

2.133 

+  38    6  27.  2 

47-4 

2 

8.95 

6879 

Lacaille  6806   .... 

6-5 

14    3.98 

71.2 

3 

3-897 

—  34  35  21.  6 

64.  I 

3 

8-95 

6880 

O.  Arg.  S.  15565      .    . 

7-6 

14  30.01 

64-5 

4 

3-575 

-  22  47     2.  5 

68.2 

3 

8.91 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


'75 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

!• 

rt 
<u 
>•* 

d 

rt 

B 

s 

2 

O 

IM 

0 

O 

fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

t 

>> 

§ 

S 

1 

<4-t 

O 

6 
£ 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0        /           // 

// 

6881 

0.  Arg.  S.  15571     .    . 

6-7 

16  14  51.87 

62.4 

3 

+  3-431 

-  16  41     9.  i 

68.8 

3 

—    8.88 

6882 

Lacaille  68  1  5  (ist*)   . 

7-5 

14  56.56 

63.5 

2 

3-847 

-  32  52     2-7 

68.0 

4 

8.87 

6883 

Lacaille  6815  (2d*)    . 

7-7 

14  56.84 

63.6 

2 

3-847 

-  32  52     7-° 

69.5 

3 

8.87 

6884 

B.  A.  C.  5460  .... 

6.0* 

«5     7-35 

59.8 

3 

2.064 

+  40     2  43.  3 

53-9 

'  7 

8.86 

6885 

B.  A.  C.  5457  .... 

6.4 

15  11.99 

67.8 

3 

3-984 

-  37  H    5-9 

66.5 

2 

8.85 

6886 

Weisse  (2)  XVI,  445  . 

7.0* 

16  15  15.  90. 

76.5 

3 

+    2.  158 

+  37  18  46.  7 

47-5 

2 

-    8.85 

6887 

Lacaille  6818   .... 

7-3 

15  22.27 

62.3 

6 

3.908 

-  34  5°  43-  8 

66.0 

2 

8.84 

6888 

Weisse  (2)  XVI,  457  . 

7-5 

15  30.63 

71.2 

3 

2.043 

+  4°  35  43-  i 

54-5 

2 

8.83 

6889 

Lacaille  6821    .    .    .    , 

6.8 

15  35-8o 

68.5 

2 

+  3-  899 

-  34  33  51-9 

64.5 

3 

8.83 

6890 
6891 

O.  Arg.  N.  16117      .    . 
•y     Herculis    

8.a 
5.0 

15  41.96 

l6    I?   4.4.  9? 

6l.  2 

4C.  4 

.      4 

2 

-  o.  452 

-f-    2.  647 

+  71   10  48.8 
4-  19  29    4.  7 

53-6 

72.  A. 

5 

-3 

8.82 
—     8.  81 

? 

6892 

O.  Arg.  N.  16121      .    . 

8-5 

j  *r^  yj 

15  50.  81 

^J      ^ 
60.8 

3 

-  o.  474 

+  71   17     6.  i 

1   *"    *T 

53-9 

O 

5 

8.80 

6893 

Lacaille  6826  (ist*)    . 

7-° 

»5  52-45 

65.5 

2 

+  3-  748 

—    29    22    l6.  I 

65.5 

2 

8.80 

6894 

Lacaille  6826  (2d*)    . 

6.0 

15  52.57 

64.5 

3 

3.748 

-    29    22    23.7 

65-5 

2 

8.80 

6895 
6896 

B.  A.  C.  5465  .... 
i/;     Ophiuchi   ...         .    . 

6.8 
S.  i 

«5  53-94 
16  i?  <;4.  86 

65.9 

$Q    7 

2 

1C 

3.680 
4-   3.  W2 

—  26  49  16.  5 

—    IQ  4.2   21.6 

65.  o 

C7    Q 

2 

CI 

8.80 
—    8.80 

i_"jyw 

6897 

0.  Arg.  S.  15595      •    • 

j 

8.2 

«  w      a  J      J*T'  "" 

16    4.  29 

jy*  / 
65.5 

*.) 

3 

i     j*  jv* 

3-S65 

y   *!•*.    *•  »  .  " 
-    22    I9    32.3 

j  /  •  y 

67-5 

J 

2 

8-79 

6898 

f     Coronx  Borealis  .    .    . 

5.0* 

16  38.  52 

59-8 

3 

2-343 

+  31   13     7-4 

53-9 

6 

8-74 

6899 

Lalande  29874     .    .    . 

7-8 

16  43.62 

62.  4 

3 

1.997 

4-  41  46     5-  r 

67.6 

2 

8-73 

6900 
6001 

B.  A  C.  5471       .    .    . 
Anonymous  

8.2 

,  16  46.63 
1  6  1  6  52,  40 

73-2 
76.  S 

4 
2 

3.806 
4-  •?.  612 

-  31  22  37.5 

—   24.      7 

58-5 

2 

8-73 

—      8.72 

\jyv  * 
6902 

B.  A.  C.  5474  .... 

8.0 

«6  53-  78 

/"•  J 

63.7 

5 

1       O 

3-74« 

"*T          / 

-  29    4  28.  5 

66.5 

3 

**•    /  *• 

8.72 

6903 

O.  Arg.  S.  15612  ... 

8.2 

16  57.28 

73-7 

5 

3.612 

-  24    8  20.  5 

68.8 

3' 

8.7I 

6904 

O.  Arg.  S.  15615  .    .    . 

S.o 

17    0.79 

75-2 

7 

3.586 

—  23    8    i.i 

74.8 

3 

8.7I 

6905 

B.  A.  C,  5476  .... 

7-5 

17    0.77 

63-9 

6 

3-756 

-  29  35  48.0 

65.2 

3 

8.7I 

6906 

K'    Corona-  Borealis  .    .    . 

5-o* 

16  17    5.  16 

68.3 

4 

+    2.  2S6 

+  34    7  5°-3 

54-4 

3 

-      8.7I 

6907 

p     Ophiuchi  (ist*)   .    .    . 

7-° 

17  11.63 

75-5 

8 

3.586 

-  23     7  "5-7 

66.8 

3 

8.  70 

6908 

p    Ophiuchi  (2d  *)    .    .    . 

7-o 

17  11.65 

75-  5 

8 

3-586 

-  23     7  1  1.  2 

66.8 

3 

8.70 

6909 

O.  Arg.  S,.  15619  .    .    . 

7-5 

17  11.67 

77.0 

4 

3-586 

-  23     4  44.0 

74-8 

6 

8.70 

69IO 

v3    Corona;  Borealis  .    .    . 

6.0 

17  12.66 

7°-3. 

5 

2.258 

+  34     i  Si-6 

54-5 

3 

8.70 

6gll 

O.  Arg.  S.  15632  .    .    . 

8-3 

16  18  32.  24 

67.0 

2 

+    3-746 

-  29     8  33.0 

67-5 

2 

-    8.59 

6912 

O.  Arg.  S.  15641  .    .    . 

8.0 

18  37-95 

66.5 

3 

3-743 

-  29     2  59.7 

67.5 

2 

8.58 

69U 

6014. 

B.  A.  C.  5487    .... 
X    Ophiuchi  .            ... 

7-2 
4    H 

18  44.  50 

l8    14    77 

64.0 
f,e  -, 

8 

r 

3-741 
7  468 

-  28  58     5.6 
18     8     7.4 

65.0 

72    I 

4 

c 

8.58 
8  ?6 

"V/'T- 

69IS 

Weisse  (2)  XVI,  573  (ist*) 

T1  J 

7-8 

*<j    j*f  -  /  / 

19  10.  18 

UJ-  O 

68.4 

J 

3 

j-  W** 

2.  148 

| 

/*•  1 

j 

e'.  jvy 

f+  37  21  37.  2 

46.4 

2 

-  8.54 

6916 

6OI7 

Weisse  (2)  XVI,  573  (zd*) 
v     Ophiuchi  

7-6 
<.o* 

16  19  10.  37 

2O    I  T    Q2 

68.4 

71    1 

3 
6 

+    2.  I48 

3     M.I 

) 

—    8    3  18.  8 

6e  ? 

8  46 

y      / 

6918 

25  Herculis    .    . 

J 

6.  2 

j-  y 

20  24,  90 

f  *•  J 

68  « 

2 

•  *-'rr 
2     1  1  d. 

_J_   -77   A~>   e.i   T 

wj-  j 

46    4 

**•  *t" 

8    44 

vy  *  *-* 

6919 

Weisse  (2)  XVI,  616  . 

8.0 

20  28.  86 

uo.  ^ 

69.4 

2 

*    'jT" 

2.  no 

~    J/     T*    J^' 

+  38  13  55-5 

4f.V.      } 
68.7 

4 

**•  trr 

8.44 

6920 

O.  Arg.  S.  15659  .    .    . 

7.0 

20   32.04 

64.5 

2 

3.618 

-    24    12    57.3 

66.0 

2 

8.43 

176 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

1. 
Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

Mean  year. 

JS 

0 

o 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

kj 

rt 

(U 

>-, 

a 

rt 

<L> 

s 

1 
i»* 

o 

6 
Z 

Annual 

Precession, 
1860. 

h.  m.      s. 

s. 

o      /       /r 

// 

6921 

a     Scorpii                   . 

I.  O 

I  6    2O   AQ    71 

CA    A 

IQd. 

-t-  l  667 

26     7      71; 

r  9    r\ 

8,1 

8.  . 

1  "  ***  t?'  /  • 

Jt  '  T 

*;/**• 

r   j-  ww/ 

*"     /      o-  j 

5^.  o 

04 

•  41 

6922 

O.  Arg.  S.  15671     .    . 

7.0 

21  29.  16 

69.8 

3 

3-634 

-  24  5°    5-  7 

72.5 

3 

8.36 

6923 

Weisse  XVI,  393     .    . 

7-3 

21    34.38 

66.0 

2 

+  3-  358 

-  '3  15  30-  i 

67.6 

2 

8-35 

6924 

r/     Ursre  Minoris    .... 

6.0 

21    38.  22 

69.7 

3 

-  1-832 

+  76    4  36-  i 

67.8 

15 

8-34 

692  c. 

22  Scorpii  

6.0* 

21    42.  38 

66.6 

c 

_L      -3     f\-lA 

—  24  48  12.9 

z$     r 

Q     ->,, 

vy  j 

J 

I       Op  "J4- 

s°-  i 

3 

5-  34 

6926 

i]     Draconis   

T..  O 

1  6    22      6.  07 

S2    ( 

22 

-j-  o.  Soo 

+6  i  40  c  i  o 

60  9 

8,  . 

J 

J    •  J 

ul  4y  DJ.  y 

17 

•  31 

6927 

B.  A.  €.5508    .    .    .    . 

5-° 

22    14.35 

76.4 

3 

3-905 

-  34  23  44.0 

75-5 

3 

8.30 

6928 

B.  A.  €.5513   .    .    .    . 

6.6 

22  47.52 

62.9 

3 

3.672 

-  26  13  44.5 

62.5 

2 

8.25 

6929 

O.  Arg.  S.  15694  .    .    . 

9.0 

22    53-84 

64.5 

3 

3-764 

-  29  34  54.  i 

69.2 

3 

8.25 

6930 

Tr.  Z.  15,42     ,    .    .    . 

8.2 

23      4-5' 

75-2 

6 

3-869 

-  33  10    o.  8 

68.6 

3 

8.23 

6o'?i 

(ft    Ophiuchi  .        .... 

C      A 

162^      7.  80 

C7     Q 

1  I 

+     7    ,4  2(~J 

15  jg  j  ,  g 

f\f\     C 

8,-T 

vvj* 

j-  *r 

i  w   f.  j      f  ,  w 

j/'  y 

J'  4^9 

""•  j 

3 

•  23 

6932 

O.  Arg.  S.  15698  .    .    . 

9.0 

23  15-35 

65.5 

3 

3-577 

-    22   29  41.3 

67.5 

2 

8.22 

6933 

Weisse  (2)  XVI,  703    . 

8.9 

23  29.56 

62.5 

2 

1.982 

+   41    46    13.4 

68.5 

2 

8.20 

6934 

Weisse  XVI,  439     .    . 

7-7 

23  34-97 

76.6 

6 

2-975 

+     4  32    9-2 

71.4 

2 

8.  19 

6935 

B.  A.  €.5518    .    .    .    . 

8.1 

23  39-35 

63.8 

3 

3-741 

-  28  44  16.  6 

65-2 

3 

8.18 

6936 

(j     Ophiuchi  

A    e 

16  21  ^o  $$ 

6c  A_ 

+     1    C  J  C 

21         Q     A  6     8 

8.  _ 

t"  j 

'     *O     J^'   JJ 

uj"  T- 

J-  D4j 

7O.  2 

3 

•  J7 

6937 

Lacaille  6871   .... 

7.0 

23  5°-  50 

66.9 

4 

3-872 

-  33  13  42-  i 

69.  o 

2 

8.  16 

6938 

g     Herculis    

5.  o* 

24     2.  74 

68.4 

4 

1.965 

+  42  ii  29.0 

54-4 

3 

8.15 

6939 

B.  A.  €.5522    .    .    .    . 

7.0 

24    6.31 

72.  i 

5 

3-814 

-  3i  15     i-5 

61.5 

4 

8.15 

6940 

0.  Arg.  8.15712  .    .    . 

9.0 

24    6.  45 

7°-s 

4 

3.528 

-  20  28  45.  4 

72-5 

3 

8.15 

6941 

O.  Arg.  S.  15713  .    .    . 

8.7 

1  6  24  10.  99 

70.5 

4 

+  3-  528 

-  20  26  54.  5 

70.7 

5 

-     8.  14 

6942 

ft    Herculis    

1    O 

2/1     12    IQ 

tf.    c 

7     C8/5 

, 

8T   A 

J'  w 

_.)      «*>i   ly 

5U-  J 

Z.  ^04 

i    21  47  5°-  ° 

70.  9 

5 

•  '4 

6943 

s     Herculis    

e    c* 

24     28.  82 

Co   c 

2.  608 

. 

8.  _ 

j-  j 

iy-  i 

i    20  47  15.9 

53-  3 

3 

.  12 

6944 

Lalande  30084    .    .    . 

8.0 

25      12.30 

61.0 

2 

2.818 

+  I'  43  38-9 

54-5 

2 

8.06 

6945 

Weisse  XVI,  462    .    . 

7-5 

25      I3-64 

67-3 

2 

3-294 

-  10  15  41.9 

68.0 

2 

8.06 

6946 

O.  Arg.  S.  15725  .    .    . 

8.8 

16  25  23.  86 

68.4 

3 

+  3.617 

-  23  59  24.2 

67.4 

2 

8.05 

6947 

O.  Arg.  S.  15726  .    .    . 

8.4 

25  27.  16 

65-5 

4 

3.580 

-  22  31  35.0 

67.5 

2 

8.04 

6948 

Anonymous  .    . 

8.  o 

2C     C7    68 

fit     C 

1    9.r\f\ 

. 

An     f\ 

*5  jo-  °° 

°5-  5 

2 

3.890 

-  33  55  20.  2 

09.  o 

2 

8rt  T 
.    OI 

6949 

Weisse  (2)  XVI,  787  . 

7-5 

26     i.  18 

73-°- 

4 

2.  IOI 

+    38   21    58.6 

68.4 

4 

8.00 

6950 

Lalande  30099     .    .    . 

8.0 

26     1.31 

60.8 

3 

3-157 

-    3  57  39-o 

56.0 

4 

8.00 

6951 

2  9  //Herculis    ... 

A    Z* 

1  6  20     "i  3o 

cr»    8 

+     ->     SyA 

4-  D 

59-  a 

5 

2.  oIO 

+  i  '  47  29.  6 

54-5 

4 

•    7-99 

6952 

O.  Arg.  S.  15734  .    .    . 

9.0 

26    4-55 

76.5 

2 

3.406 

-  15   '3  44-9 

72.5 

4 

7-99 

6953 

Weisse  (2)  XVI,  788  . 

6.2 

26  15-34 

68.5 

2 

2.  250 

+  33  48  55-  8 

68.7 

4 

7.98 

6954 

Lacaille  6888  .... 

6.0 

26  52.30 

62.8 

3 

+  4-  103 

--  40    o  33.4 

69.8 

3 

7-93 

6955 

Groombridge  2356  .    . 

7.0 

26  52.65 

60.4 

3 

—  o.  642 

+  71  4i  45-8 

55-3 

6 

7-93 

6956 

Lacaille  6891    .... 

7.0 

16  27    8.  13 

62.  9 

5 

+  3-898 

-  33  54  22.9 

68.5 

2 

•    7-9i 

6957 

B.  A.  0.5538   .... 

4-3 

27  10.04 

63.8 

3 

3-931 

-  34  57  47-5 

72.3 

5 

7.90 

6958 

r     Scorpii  ....... 

•1    C* 

2*7     IO     1? 

Cn    •? 

fr  _     o 

j-  j 

*/     1U-  J-1 

59-3 

22 

3-  723 

-  27  55  is.  5 

D2.  o 

4 

7.90 

6959 

Lacaille  6894  .... 

6.8 

27     25.63 

71-5 

4 

3-953 

-  35  37  28.  2 

71.8 

3 

7.88 

6960 

Schjellerup  5859      .    . 

9-4 

27  45-  20 

62.8 

6 

3-  161 

•    4    7  23.  5 

59-5 

5 

7.86 
,         1 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


177 


Number. 

Name  of  Star. 

H 

T3 

1 
•* 

Mean  Right 
Ascension, 
1  860.0. 

i 

>» 

s 
a 

• 

s 

1 

IM 

O 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
18600. 

jj 

;-* 

1 

1 

•o 

1 

Annual 
Precession, 
1860. 

6061 

32  Herculis    

6.0* 

h.  m.      s. 
16  28     i  7e 

?Q    8 

s. 

4-  2  778 

0         /           // 
+     7O    47    A  I     C 

C  7    A 

// 

7    9.1 

"7 

6062 

A    Oraconis  .        .        .    . 

>;.o 

/  J 

28  16.  29 

jy.  w 

67     I 

g 

r        JO 
—  O.  1  48 

J      *T/    'r*  *  j 
+    60       J.    I  C     2 

5  J.  4 

7O    C 

T   ,| 

7-°3 

7     Si 

vyj*. 

6963 

B.  A.  C.  5546  .... 

j' 
6.0* 

28  48.  34 

"O*  * 

56.9 

3 

+   2.096 

vy       -(     '  J.  ^ 
+    38   22   53.8 

/u.  5 

53-5 

*4 

3 

7.  01 
7-77 

6964 

Weisse  XVI,  539    .   . 

7-  i 

28  54.93 

69.7 

6 

3.258 

•    8  33  49.  i 

65.5 

3 

7-76 

6965 

Weisse  (2)  XVI,  889  . 

7-5 

29     2.58 

69.  1 

3 

2.  183 

+  35  47  35-  7 

66.  i 

3 

7-75 

6966 

B.  A.  C.  5549  .... 

6.0* 

16  29  15.54 

59-7 

3 

+  '-579 

+  50  26  15.  i 

53-5 

3 

•    7-74 

6967 

Weisse  XVI,  544    .    . 

8.0 

29    19.  12 

71.0 

2 

3-259 

•    8  35  50.  7 

68.5 

2 

7-73 

6968 
6060 

f     Ophiuchi  
o    Herculis        .    . 

2.8 

4   0* 

29    27.  I3 

2Q    71    4.6 

67.5 

ceo 

55 

3.296 

I    O72 

-  10  16  47.  7 

+    42    A-1    "2Q    C 

65-5 

rfi     e 

3 

2 

7.72 

77  T 

V  y  \jy 

6970 

Lacaille  6910  .... 

T"   •* 

6.6 

•jp    Jj-  1** 

29  43-33 

j  j*  w 

68.8 

i 

3 

-  yo~ 
4.000 

4^  4j  jy-  D 
-  36  55  53-  5 

i°-  5 
65.0 

4 

•  71 

7.69 

6971 

M.  Z.  173,  18    .    .    .    . 

8.5 

16  29  45.  24 

76.5 

3 

+  3-746 

-   28   38   23.  2 

74-8 

3 

-        7.69 

6972 

O.  Arg.  S.  15782  .    .    . 

8.5 

29  55-  72 

74-3 

5 

3-774 

-  29  36  17.4 

70.4 

44 

7-68 

6973 

6q74 

Lalande  30207     .    .    . 
33  Herculis    

7.8 

7    S 

29  56.  29 

3O      1    60 

62.8 

67    2 

6 

7 

3-586 

2    QI  2 

-   22   36    19.5 
4-       7    21    1Q    8 

59-2 
68  « 

5 

2 

7-68 
7    67 

vy  I  ^ 
6975 

Weisse  XVI,  562    .    . 

/  •  j 

8.8 

a        o-  <•** 

3°    3-9' 

*-*  /  *    *" 

65.2 

J 

3 

••  y*  * 

3.067 

~     /   *j  jy*  ° 
+    o  14  33.3 

uo.  ^> 

63.1 

3 

/•  °7 

7.67 

6976 

O.  Arg.  S.  15788  .    .    . 

8.5 

16  30    5.  98 

75.0 

4 

+  3-618 

-  23  50  45-  5 

67.4 

2 

-  7.67 

6977 

O.  Arg.  S.  15790  .    .    . 

7-7 

30  21.08 

74.2 

3 

3-746 

-  28  37  ii.  i 

69-5 

4 

7.65 

6978 

B.  A.  €.5556   .   .    .    . 

7.0 

30  26.30 

62.4 

2 

3-775 

-  29  38  29.  7 

63.8 

5 

7.64 

6979 

B.A.C.5557    .    .    .    . 

7.0 

30  28.  59 

62.5 

2 

3-791 

-  30  10  57.0 

61.2 

3 

7.64 

6980 
6o8l 

Weisse  XVI,  575     .    . 
Anonymous  

8.0 

9O 
.  •_* 

30  37-  94 

l6    3O  41    ^7 

64.9 

7O   Q 

2 
2 

3.065 

_)_      7.     68O 

+    o  19  59.9 
—  26  10  44.  o 

68.5 

C7    o 

2 

g 

7.63 

7    62 

7 

698j 

Lacaille  6922    .... 

7.0 

V        JV       £fl  .     J^ 

31    6.47 

/'•'•  7 

65.5 

2 

I        J'  vwv 
3.891 

-  33  27  46.  5 

J/-  u 

72.5 

6 

/.  o^ 

7-59 

6983 

Lacaille  6924  .... 

7.0 

31    22.  70 

65.9 

2 

3-952 

-  35  24  27.3 

68.0 

2 

7-56 

6984 

I^acaille  6923   .... 

8.0 

31    24.58 

65.5 

2 

4.OOI 

—  36  S2  27.6 

65.5 

3 

7-56 

6985 

B.  A.  0.5562    .... 

7.0 

31    24.86 

64.5 

2 

3-749 

-  28  39  31.9 

67.5 

4 

7.56 

6986 

B.  A.  €.5564  .... 

7.6 

16  31  30.  82 

63.5 

2 

+  3-670 

-  25  46  48.  9 

68.5 

2 

—    7-55 

6987 

O.  Arg.  S.  15811  .    .    . 

8.2 

3i  35-o8 

68.4 

2 

3.681 

—  26  10  23.  i 

57-0 

6 

7.55 

6988 

O.  Arg.  S.  15812  .   .    . 

8.0 

3i  36.87 

65.4 

2 

3-677 

-  26    2  32.  7 

68.5 

2 

7-54 

6989 

B.  A.  €.5567    .... 

6.0 

32  19-54 

76.5 

2 

3-527 

20    7  54.5 

71.2 

3 

7-49 

6990 

Lalande  30327     .    .    . 

6.8 

32  30.51 

68.5 

2 

2.  IIO 

+  37  46  25.3 

61.0 

2 

7-47 

6991 

Weisse  XVI,  619     .    . 

7.0 

'6  32  33-  50 

65.4 

4 

+  3-  »9» 

5  47  56.3 

68.5 

2 

7-47 

6992 

Lacaille  6931   .    .    .•  . 

7.0 

32  40.  84 

71.0 

4 

3.864 

-  32  32  44-3 

68.5 

2 

7.46 

6993 

6004 

Lacaille  6930  .... 
M.Z.  25,  16  .    .    .    . 

6.0 

32  42.  :i 
32  48.  28 

63.6 

7?   o 

2 
2 

3-875 

3.  86d 

-  32  52    5-2 

--  -    72    72      A    2 

7O.  2 
7O    C 

3 

7.46 

7        AC 

yy^ 
6995 

B.  A.  €.5569    .... 

7-4 

32  55-32 

1  J'  w 

62.5 

2 

j-  «"*f 
3-7'9 

J*    O*       'TP  • 

-  27  31  59.0 

/u-  J 

69.  o 

2 

'  4j 

7-44 

6996 

O.  Arg.  S.  15834  .    .    . 

8.0 

16  32  57.70 

67.0 

2 

+  3-  628 

-  24     7  32.6 

68.5 

2 

7-44 

6997 

Lacaille  6933   .... 

7.0* 

33    7-  23 

76.6 

I 

4.001 

-  36  48    9-  4 

63.5 

2 

7.42 

6998 

B.A.C.557I    .... 

6.8 

33    7-  25 

63.8 

7 

3-630 

24  ii  32.7 

64.9 

5 

7.42 

6999 

M.  Z.  28,  37  

8.5 

33    8-57 

76.9 

2 

3-795 

-  30  H 

7.42 

7000 

B.A.C.5572    .... 

7.0 

33  '2-39 

67.9 

7 

3-797 

—  30  15  '5-9 

67.5 

4 

7.41 

AP  1  84 12 


178 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

Mean  year. 

j§ 

O 

lM 

O 
O 

2 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

V 

>-, 

C 
rt 

OJ 

i 

'B 

1 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

o       /       // 

// 

7001 

13.  A.  €.5576    .    .   .    . 

7-6 

16  33  19.60 

62.6 

2 

+  3-756 

—  28  50  50.  8 

69.5 

2 

7.41 

7002 

7OO3 

Tr.  Z.  34,  1  1      .... 
24  Scorpii      ..... 

8-5 
5.0* 

33  28.  25 

11  28.  77 

73-5 
61.  i 

2 
O 

4-087 

-3    463 

-  39  14  15-9 
—  17  28    4.0 

68.0 

60      I 

2 
2 

7-39 
7-in 

I  wlirj 

7004 

Weisse  XVI,  637     .    . 

J 

9-2 

JO    •»•*•  /  / 

33  32-40 

64-5 

y 

S 

Op  VJ 

+  3-069 

+    o    7  24.  5 

63-1 

3 

•  39 
7-39 

7005 

Radcliffe  3589     .    .    . 

6.0 

33  36-  74 

63-5 

2 

-  3-484 

+  79  IS  32-3 

69.5 

2 

7-38 

7OO6 

O.Arg.  S.  15847  .    .    . 

8.0 

16  33  38-57 

76-5 

2 

+  3-640 

-  24  32  43-  3 

74-o 

2 

7.38 

7007 

B.  A.  €.5580    .    .    .    . 

6-5 

33  40-  10 

60.  2 

3 

3-5'6 

-  19  39    9-  i 

56-3 

5 

7.38 

7008 

O.  Arg.  S,  15850  .    .    . 

8.0 

33  48.  25 

69-4 

2 

3-43' 

•  16    5  22.8 

66.0 

2 

7-37 

7009 

B.  A.  0.5583    .... 

8.0 

34    3-  28 

62.5 

2 

4-  148 

-  40  50  54-6 

69.5 

3 

7-35 

7010 
7OI  1 

B.  A.  0.5584    .    .    .    . 
Anonymous 

6.5 
8.0 

34  II-4' 

l6    34.    17.  ^4. 

62.5 
77    1 

2 
'c; 

4-  148 

+    3    7Q4 

-  40  50  34-  6 

3O       "7    32     r 

69-5 
He 

3 

7-34 

/ 
7012 

Weisse  (2)  XVI,  1075  . 

7-5 

j*t  */  •  j*f 

34  17-76 

/  /  •  * 

69-5 

j 
2 

j*  /yH- 

2.078 

,5U       /    o*'  J 

+  38  37  20.4 

.  0 

47-5 

3 

2 

—    7-  33 
7-3' 

7013 

M.  Z.  114,  14    .    .    .    . 

8.0 

34  28.  33 

68.5 

2 

3.684 

-  26  ii   13.  o 

57-0 

6 

7-31 

7014 

B.  A.  €.5589    .    .    .    . 

7.0* 

34  37-6i 

69.4 

2 

3.819 

-  30  57  25-4 

69.8 

6 

7-3° 

70IS 

Lacaille  6950    .... 

6.5* 

34  38-  88 

59-5 

3 

3.845 

—  3«  So    8.  7 

57-2 

3 

7-30 

7016 

O.  Arg.  S.  15868  .    .    . 

8-5 

1  6  34  43-  27 

65-5 

3 

+  3-552 

-   21     4  17.7 

69-5 

2 

—    7-29 

7017 

Radcliffe  3588     .    .    . 

6.0 

34  43-  55 

71.1 

5 

1.632 

+  49    8  23.  5 

74-7 

5 

7.29 

7018 
7019 

B.  VI.  +  38°,  2813  .    . 
42  Herculis    

7-8 
5.0* 

34  53-  7i 

14.    >\6.  OS 

69.  i 

7-3   O 

3 
6 

2.082 

1.628 

•f  38  28  28.4 

+     A.Q     12     I  ?    rt 

65.  2 
cc   X 

3 
5 

7.29 

79*7 

7020 

Tr.Z.3,5      

J     ** 

7-o 

Ot   yT>  yj 

35    8-55 

/  j'  v 
69.0 

2 

4.086 

ify    1  4    14.  y 

—  39    7  28.  7 

55-  ° 
67.2 

3 

•  27 
7-25 

7O2I 

B.A.C.5597    .... 

6.0* 

16  35  12.  28 

59-5 

3 

+  2.487 

+  25     7  51-8 

53-4 

3 

—     7-25 

7022 

B.A.C.5595    -.-. 

7-5 

35  13-18 

66.5 

2 

3-695 

-  26  32  14.  7 

65-5 

2 

7-25 

7023 

Lalande  30419     .    .    . 

7-3 

35  19-53 

71.  i 

3 

2.  Ill 

+  37  37  48-4 

61.5 

2 

7.24 

7024 

O.Arg.  S.  15881  .    .    . 

7-6 

35  21.54 

64-5 

4 

3-536 

-   20   25    39.8 

64-5 

3 

7.24 

7025 

B.  A.  €.5598    .... 

7-o 

35  24-91 

60.5 

2 

3-598 

-   22   51    41.0 

55-5 

3 

7.24 

7026 
7O27 

B.  A.  0.5600   .... 
39  Herculis    

7-7 
c.8 

1  6  35  36.44 
3c    tr6  06 

71.2 

62  « 

8 

+  3-713 

2    47  F 

—  27-  1  1  20.  3 

1      27    II    i  o   8 

70.7 

7  1     *7 

5 

•     7.22 

/      / 

7028 

£     Herculis    

J     v 

3.0* 

JD     J*"  ww 

^6      O    Cd. 

v*-.  3 

en    r 

•JA 

**  T-J1 

2    2o6 

+     31     C  I     ff\    A 

71.  7 

C7     R 

4 

7-  19 

/ 

7029 

O.Arg.S.  15895  .    .    . 

J'    V 

7.8 

3r*      *•*•  34. 

36  8.95 

J7'  J 

76-5 

o4 

6 

3-713 

OL   j1   *y*  4 

-   27    II    24.4 

57'  ° 

73-5 

3 

7 

7-  19 
7.18 

7030 

B.  A.  €.5603    .... 

6.4 

36  15.08 

62.6 

2 

3-743 

—  28  14  41.  8 

65.0 

2 

7-1? 

7031 

B.  A.  0.5605    .... 

6.6 

1  6  36  24.39 

6l.6 

4 

+  3-  809 

—  30  32  37-  3 

57-5 

4 

7-15 

7032 

7O3.3 

Lacaille  6965   .... 
15  Ophiuchi  .    .    . 

6-5 

7   O* 

36  27.37 

36   4.3    CC 

65-5 

6O.      1 

2 
2 

3.901 

•J    600 

-  33  35     3-3 

66.5 

CO    n 

2 

7-15 

/     JJ 
7°34 

B.  A.  €.5607    .... 

/  •  w 

7.8 

JV    to-  O3 
36    47.  62 

62.6 

2 

3-753 

—  22  55  10.  3 

-  28  34  39-  3 

5°-  9 
67.2 

5 
3 

7-  13 

7.  12 

7035 

B.  A.  €.5608    .... 

7-3 

37  10.45 

62.8 

3 

3.691 

-  26  23  u.o 

69-5 

3 

7.09 

7036 

Lacaille  6970  .... 

5-5 

'6  37  13-58 

68.5 

2 

+  4-089 

—  39     6  57.9 

68.8 

3 

'      7-09 

7°37 

Lacaille  6976  .... 

7-5 

.  37  37-36 

65-5 

2 

3-875 

-  32  41   16.7 

68.8 

3 

7.06 

7038 

O.Arg.  S.  15923  .   .    . 

7-6 

37  54-69 

68.4 

2 

3-7i6 

-  27  13  19-  7 

64-5 

2 

7-OJ 

7°39 

B.A.  0.5612    .... 

7-3 

37  55-19 

64.  2 

3 

3-830 

-  3i   ii  37-9 

61.2 

3 

7-03 

7040 

Lalande  30545     .    .    . 

7.8 

38    3-3° 

62.O 

3 

0.657 

+  62  35  29.  2 

69.5 

2 

7.O2 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


179 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

|H 

rt 
I 

S 

V 

S 

1 

IM 

O 

I 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

|j 

CJ 

5. 

c 
pj 

V 

2 

JS 
o 

'o 
o 

^ 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0            /           // 

// 

7041 

7O42 

Lalande  30500     .    .    . 
M     Herculis        

6.0* 

4.  5 

16  38    4-  73 
•?8     5.  81 

59-8 

14.  6 

3 

14. 

+    2.  136 
2   O"\I 

+  36  46  25.  7 

J-     7Q     II     2"?    4 

53-5 

7O   4 

3 

7.02 

7   O2 

/  ^T-  •*• 
7O4.  3 

25  Scorpii                       . 

^   J 
7.  2 

jw         j.   \jj 

l8    17.  2Q 

JT" 

61.  o 

"T 

7 

-  vj 
7   66l 

i     oy    *        j'  ^ 
—  25    l6    1  1.  4 

/  v*    T1 

65.6 

2 

/  -  v'6 
7   OO 

/*-"Tj 

7044 

B.  A.  €.5619    .    .    .    . 

/  • 

6.0* 

ju    *  /  •  *y 

38  41.70 

u"  "  7 

68.3 

/ 

4 

J.    WJ 

2.  217 

*  J      •**     *  *  -  *T 

+  34  '7  54-3 

53-5 

4 

/  •  *"* 

6-97 

7045 

Lalande  30479     .    . 

8.0 

38  42-  37 

66.5 

3 

3-524 

-  19  50  24.9 

56-5 

5 

6.97 

7046 

O.  Arg.  S.  15950  .    .    . 

7-4 

16  39    8.37 

64-5 

4 

+  3-759 

-  28  42    5.  5 

67-5 

2 

—    6.93 

7°47 

B.  A.  €.5622    .    .    .    . 

7.0 

39  27.74 

70.4 

4 

3-825 

—  3°  S6  56-  7 

60.  5 

4 

6.90 

7048 

O.  Arg.  N.  16481      .    . 

6.8 

39  33-35 

61.5 

4 

0-653 

+  62  34  25.  8 

69-5 

2 

6.  90 

7049 

Lalande  30506     .    .    . 

8.2 

39  33-  68 

68.5 

2 

3-520 

-  19  37  10.  6 

56.5 

2 

6.  90 

7050 

B.  A.  0.5623    .    .    .    . 

6  7 

39  43-  39 

63.0 

4 

3-638 

—  24  16  19.  9 

64-5 

2 

6.88 

7051 

B.  A.  €.5625    .    .    .    . 

7-5* 

16  39  50.46 

59-8 

4 

-r-  3-oi7 

+     2  29  50.9 

59-7 

4 

6.87 

7052 

Weisse  XVI,  758     .    . 

9.0 

39  54.98 

65-5 

2 

3-203 

5  58    9-7 

68.5 

2 

6.87 

7053 

7O14 

Weisse  XVI,  760     .    . 
i1'     Draconis           . 

7-7 
5.0* 

39  56-86 

3Q   57.  T7 

69.  2 

61  5 

3 

2 

3.  206 
o  106 

—    6    4  58.0 

-4-    64    51    1  6.  4 

69.  o 
58   5 

2 
2 

6.86 
6.86 

f*~'jtT 

7OCC 

19  Ophiuchi 

j 
6.0* 

J7     J  1      J  1 

AO    6.  36 

j 
66.8 

**•  jy^ 

7     O2  1 

i      v^   j*    •"«  »t 

-J-      2    IQ    12.  7 

J"-  j 
69.6 

2 

6.85 

i^jj 

7056 

Lacaille  6987   .... 

6.5* 

t1^             w.     JV 

16  40  10.  02 

65-5 

2 

J-  w^  * 

+  3-9'2 

*  y         •  / 

-  33  45  48.  9 

65.0 

2 

—    6.85 

7057 

0.  Arg.  S.  15977  .    .    . 

7-4 

40  27.60 

63-5 

2 

3-434 

-  16    4  18.  9 

65.5 

2 

6.82 

7058 

B.  A.  €.5630    .    .    .    . 

7-5 

40  34.  46 

65-3 

5 

3.840 

-  3'  24    4-  7 

69.  o 

2 

6.  81 

7059 
7060 

O.  Arg.  S.  15989  .    .    . 

8.5 
4.8 

4i     3-57 
41     6.43 

71.9 
So.  5 

3 

7 

3-643 

3.  922 

-  24  24  34.0 

—    34      2      8.  2 

67.2 
60.  o 

3 
2 

6-77 
6.77 

y  v« 

706l 

7O62 

Weisse  XVI,  780    .    . 

1  8  Ophiuchi       .           .    . 

8.0* 

7   O 

16  41     7.40 
n   i"?  36 

J      *  J 

66.8 

62     d. 

/ 

3 

o-  y 
+    3-042 

36d.^ 

J^ 

+     i  20  34.  6 

—    2*1    21    2Q    3 

wy.  v 

70.5 

66.  o 

2 

v'    i  I 

•    6.77 
6.  76 

7O6l 

Anonymous  

/  • 
O.  5 

T-1      'J-  Jv 

41    IQ. 

«-'^.    | 

•  VirJ 

1.6^6 

*T  ^o  *y  j 

—  24.     ^  4.6.  ^ 

77    e 

2 

6   75 

/    V"-'J 

7064 

Lalande  30556     .    .    . 

y  j 

7-5 

.t  i    &  *f. 

41  3'-63 

61.2 

3 

J.    WJW 

3.700 

***T         J     ^nr»  j 

-  26  29  37.5 

/  j1  j 

56.6 

8 

v-  /  j 
6-73 

7065 

Anonymous      .... 

IO.  0 

41  32.  62 

•67.0 

2 

3-  162 

4     4 

6-73 

7066 
7067 

Lacaille  6999  (ist*)    .  . 
Lacaille  6999  (2d*)    . 

6.6 
9.1 

id  41  34.  18 
41  34.26 

63.5 
63-5 

2 
2 

+  4-030 
4.030 

E—  37  16     3-2 

71.8 

4 

-    6.73 

7068 
7O6Q 

Tr.  Z.  132,  29  .... 

8-5 
8.  5 

4i  37-33 
41  41. 

68.5 

2 

3-799 
^.  841 

-  30    o.  26.  9 

—    31    2}    21.  8 

66.0 
60.  o 

2 
2 

6-73 
6.72 

f  \j*jy 

7O7O 

J 

8.1; 

41  41.  31 

61.  i 

c 

O'  **•?  • 

3-  '80 

J          O 
—      4    C3    1C.  7 

^y'  *• 

56   2 

7 

v.   y  — 

6.  71 

/  v/  v/ 

7071 

Weisse  XVI,  794     .    . 

J 
7.0 

16  41  41.74 

VJ.      • 

70.0 

.) 
2 

+  2.762 

^    JJ    JJ     1 

+  13  50  27.4 

JW.    « 

69.6 

O 
2 

•"  /  * 

.  6.72 

7072 

7O77 

Weisse  XVI,  792     .    . 
20  Ophiuchi  

8-5 

5.0* 

41  44.96 

42      5    52 

63.3 

60  7 

6 

7 

3.180 

3      1O6 

4  53  53-5 
—   10  11  <6.  i 

56.  2 
65    5 

3 

2 

6.72 

6  6q 

/Wo 

7O7A 

M  Z  34,  II  

j'  v 

7    c 

^        j    J 
42   21.  n 

\-"j.    / 

68.0 

/ 

O-  J1-*" 

A     14.7 

"    0       J"'  O 
—   4.O    2  1    1  1  .  O 

J    J 
67    2 

Vf.  vy 

6.66 

/  Wr 

7O7C 

»i   Scorpii      .    . 

/  •  j 

•1      -3 

t"    *-Jr  JO 

42   21   4Q 

66.5 

2 

[    .        *>-(•/ 

4OCO 

t"    •*-.)    jj-  " 
—    77    4.8    1  1.  I 

**/  -  * 

65   5 

2 

6.66 

/Wj 

7076 

7O77 

Lalande  30600  .... 
O  Arg  S.  16019  .    . 

J*  J 

9.0 

if*.     *.J.  *ty 

16  42  41.  80 

42    4?    ^8 

60.  5 

77    5 

2 
2 

•  '-'j*-' 

+  3-521 

2    77C 

J/       T" 

-  '9  35  33-6 
—  29  10 

j-  j 

55-5 

3 

—    6.64 
6  6t 

/  W  / 

7078 

Weisse  (2)  XVI,  1341  . 

6.5 

t*1    TO*  jw 
42   44.  40 

/  /  -  J 

68.5 

2 

J1  /  /  J 

2-093 

+  37  48  37-  3 

46.5 

2 

->  vj 
6.63 

7079 

B.  A.  €.5639    .... 

6.6 

42    44.64 

7O.O 

3 

4-  149 

-  40  28  47.  9 

67.0 

2 

6.63 

7080 

B.  A.  0.5641    .... 

7.6 

42  49.  18 

62.  9 

4 

3-650 

-  24  35  24.9 

66.5 

2 

6.63 

1 80 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i4 

rt 

OJ 

X 

§ 

O 

s 

| 

o 

"o 
6 
fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 
g 

a 

rt 

OJ 

% 

to 

1 

CM 

O 

6 
Z 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0          /          ft 

// 

6 

7081 

tfi   Scorpii           

4.  ? 

16  42  SI.  4C, 

60.  « 

•i 

+    4    O^O 

—   T.1  46  28  8 

6e    c 

2 

6  62 

/  •""-" 

"  j 

*  **  t**  j  *  •  ^j 

v^v.   ^ 

j 

H--  ^O^ 

jt    T-W    ^o.  o 

UJP  D 

7082 

Anonymous  

8.8 

4.2    ^4.  08 

68.  s 

2 

T    8O4 

7O      7    47    o 

7  T     C 

2 

fi  fio 

/  ***•' 

*f*.        Jlf  .    w 

'W»    J 

J.    !***^ 

ou     /  4/-  u 

r  **5 

u.  o^ 

7083 

Lacaille  7011   .... 

6.4 

43     9-  44 

70.0 

4 

4.036 

—  37  21  24.  6 

71.9 

4 

6.60 

7084 

O.  Arg.  S.  16030  .    .    . 

7-7 

43  10-23 

74.1 

3 

3-567 

-  21  24  40.  4 

69.0 

2 

6.60 

7085 

B.  VI.  16",  61  .    .    .    . 

7-o 

43  n-34 

66.5 

3 

3-705 

-  26  37  49.  2 

56.4 

5 

6.60 

7086 

M.  Z.  16,47  

7.0 

16  43  25.24 

69.5 

2 

+      4.OI6 

—  36  46    8.  2 

67.0 

2 

6.57 

7987 

O.  Arg.  S.  16035  .    .    . 

7.2 

45  33-22 

68.5 

2 

3-707 

—  26  40  39.  3 

56.4 

4 

6-57 

7088 

O.  Arg.  S.  16037  .    .    . 

g.o 

43  37-  19 

73-5 

4 

3-559 

—  21     5  18.3 

73-5 

2 

6.56 

7089 

B.  A.  0.5650    .    .    .    . 

7.6 

43  40.  86 

62.5 

3 

3-671 

-    25    21    33.7 

67.1 

2 

6.56 

7OQO 

48  Herculis 

6  <* 

4"?    48    £4 

cj.   7 

E 

2    776 

. 

C  1     A 

fl      T-  T- 

l^Jj^J 

vt  j 

^rj    fw-  Jt 

J4"  / 

J 

*'  JJU 

-\-  3°  12  24.  9 

53'  4 

3 

0.55 

7091 

Schjellerup  5990  .    .    . 

8.2 

16  43  56.61 

77-5 

I 

+  3-  203 

5  55  58.6 

71.0 

2 

6.  S4 

7092 

Lacaille  7023   .... 

6.5 

44     1-33 

61.5 

2 

3-894 

—  33     2  37.2 

74-2 

3 

6-53 

7093 

B.  A.  C.  5653  .... 

7.2 

44    6.  08 

63.6 

2 

3-851 

-  3'  38  26.3 

70.5 

3 

6.52 

7094 

Lalande  30641     .    .    . 

8-5 

44     8.95 

62.  9 

5 

3-5'o 

-    19     6  53.9 

60.8 

7 

6.52 

7095 

O.  Arg.  S.  16046  .    .    . 

7.0 

44  12.  68 

68.5 

3 

3.808 

—  30  ii  27.  i 

66.  i 

3 

6.51 

7096 

O.  Arg.  S.  16050  .    .    . 

7-5 

16  44  16.35 

71.1 

2 

+  3-  703 

—  26  30  41.  i 

56.5 

4 

-    6.51 

7097 

Weisse  XVI,  845     .    . 

7-8 

44  21-44 

64.5 

3 

3.264 

—    8  37  23.  5 

65.0 

2 

6.  50 

7098 

Weisse  XVI,  854     .    . 

7.2 

44  46.  72 

64.9 

5 

3-195 

-    5  32  56.2 

68.0 

2 

6.47 

7099 

O.  Arg.  S.  16060  .    .    . 

8.  i 

44  48-  53 

68.5 

3 

3.808 

-  30  io    8.8 

70.5 

3 

6.46 

7100 

O.  Arg.  S.  1  6062  .    .    . 

44    "16  OS 

77    S 

2 

3    778 

70        8 

ft     A  F 

*TT-    Jv-  ^J 

t  i  '  J 

J'  //° 

—  ^9     o 

o-45 

7101 

Weisse  XVI,  859     .    . 

7-7 

1645     4-55 

63-8 

IO 

+  3-i8i 

4  54  41.8 

59-2 

3 

-     6.44 

7102 

B.  A.  €.5663    .    .    .    . 

6.5* 

45    9-  42 

6O.O 

2 

3-537 

—  20  io  38.  7 

58.3 

6 

6-43 

7103 

B.  A.  0.5665    .    .    .    . 

7-5 

45  10.58 

62.5 

2 

3.818 

—   30   31      2.0 

70.0 

2 

6-43 

7IO4 

50  Herculis        . 

C     O 

AC     II      17 

4Q         T 

/       v^iT 

J-  U 

4j    11.17 

(  •  ^,      1 

* 

2-  339 

+  3°    2  52.0 

70.9 

5 

•43 

7IOi; 

O.  Arg.  S.  16067  •    •    • 

AC      IQ     Aft 

77    C 

2 

3*7Tn 

/  MVJ 

*TJ  *y*  *rv 

/  /•  J 

•  779 

—  29    9 

6          A  t 
.    42 

7IO6 

M.  Z.  1  20,  64    .    .    .    . 

7-7 

1  6  45  31.  26 

62.6 

4 

+  3.8l8 

•-  30  29    5.  7 

68.5 

I 

6.40 

7IO7 

90 

AC   7i   66 

fit;     c 

i 

•j   cSfi 

i  *v  i 

.  ^ 

*rj    j  *  *  ^^ 

"i-  5 

3-580 

—  22     4  35-  4 

70-5 

I 

.  40 

7108 

8.8 

AC     77     Rc 

68.  8 

2 

, 

pA     r 

T-J      OJ*   OJ 

3-  7°4 

—   2u   30   2O.  7 

5°-5 

4 

61 
.40 

7109 

Tr.  Z.  29,  24    .... 

7.0 

45  34.8o 

76.6 

2 

4.068 

-  38  io  45.8 

75-2 

4 

6.40 

7IIO 

B.  A.  0.5671    .... 

6.4 

45  40.33 

62.  9 

5 

3-814 

—    30    21     M.g 

66.0 

2 

6-39 

7III 

O.  Arg.  S.  16076  .    .    . 

8.0 

1  6  45  42.36 

64-5 

2 

+  3-Sio 

-   19     4  38.4 

69.0 

2 

—     6.39 

7112 

B.  A.  0.5673    .    .    .    , 

7-i 

45  45-  12 

64.  2 

4 

3-679 

—  25  35  38.  7 

63.5 

2 

6.38 

7"3 

Lacaille  7041   .... 

7-2 

45  49-49 

67.4 

3 

3.826 

-  30  44  41.  i 

65.7 

4 

6.38 

7114 

Weisse  XVI,  873     .    . 

7-5 

45  54-93 

74-8 

3 

3.066 

+     o  15  46.6 

71.4 

2 

6.37 

7115 

O.  Arg.  S.  16082  .    .    . 

7-8 

45  56.  15 

66.0 

2 

3-679 

—  25  34  43-  8 

63-5 

2 

6-37 

7116 

51  Herculis   

C     C* 

16  in  c?  io 

co  8 

+      ^      .G. 

+       ,  .      f  —       ,  v     O 

6_ 

J.  J 

***  T-J    3/*  **• 

sy-  ° 

3 

2.  404 

24  53  3°-  o 

53-5 

3 

•37 

7117 

B.A.  0.5678   .... 

6.8 

46    9-  93 

64-3 

ii 

3-839 

-  31   io    6.3 

62.5 

6 

6-35 

7118 

O.  Arg.  S.  16088  .    .    . 

8.2 

46  13.  04 

67.0 

4 

3-777 

—  29    421.8 

73-5 

i 

6-35 

7119 

22  Ophiuchi  

6  7 

46    21     11 

61.  6 

t    AiK 

. 

f,Q      .t 

/ 

*fu  •*.>•  j  j 

J.  O  1  O 

—  23  io  43.  o 

5s-  5 

3 

6.^ 
•33 

7120 

Lalande  30745     .    .    . 

7.0 

46  31.  19 

68.5 

2 

2.074 

+  38  II  22.3 

69.  2 

4 

6-32 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


181 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

S 
>, 

§ 

1) 

S 

% 
"o 
o 

£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

!»> 

S 

1 
*o 

1 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /              // 

// 

7121 

M.  Z.  120,67    •    •    •    • 

7-5 

1  6  46  34.  78 

72.1 

3 

+  3-838 

—  31     6    0.9 

64.5 

2 

-    6.31 

7122 

O.  Arg.  S.  16100  .    .    . 

7.6 

46  42.  37 

74-o 

4 

3-777 

_  29    2  44.  7 

66.6 

2 

6.30 

1121 

Anonymous      .... 

7    S 

Aft    AA     O4 

60  i 

2 

4O27 

—    76    C7    24    8 

68.  2 

670 

I        3 

1  •  3 

4.        .  }  >r  -  v«t- 

uy.  ^ 

.  w^/ 

Ju    J/    "T"  ° 

•  ju 

7124 

Anonymous  

8-5 

46    51. 

.     . 

4.030 

-  37     i  41-6 

69.6 

I 

6.  30 

7125 

B.  A.  0.5684   .    .    .    . 

7.2 

46    52.  98 

63.8 

8 

3.842 

-  3'   H  21.9 

62.5 

4 

6.  29 

7126 

B.  A.  C.S686   .    .    .    . 

8.0* 

16  47     o.  40 

59-5 

5 

+  2.716 

+  «5  38  29.  i 

54-5 

4 

—    6.28 

7127 

23  Ophiuchi 

6.0 

47     6.  82 

61  .  o 

32OA 

r     r  r     17     7 

71     7 

6   27 

/      / 

' 

•  ^U4 

i>  55  •/•  / 

/*•  7 

o.  ^7 

7128 

B.  A.  0.5687    .    .    .    . 

7.2 

47     9-  H 

62.  2 

4 

3.672 

-  25  18  14.  o 

65.5 

2 

6.27 

7129 

8.  S 

A'J     11     7  -I 

60   1 

2 

r>   808 

2O        C     2O    A 

6"?    4 

I 

6.  26 

7I3O 

Anonymous 

J 

7    J- 

T-/        *  O'    fj 

ATI    \A.    1%. 

"y«  J 

64.  8 

J.  CWJtJ 

7  .8/1/1 

jrj       J     •*"  *h 

1  1     IT     1  8     -7 

UJ-  T- 

7/1     C 

6  ?fi 

/  *JV 

/  *  *T 

*Ti         *T-    JJ 

4 

^.•044 

—    jl     1  /      IO.  ^ 

74-  5 

U.  ^U 

7'3' 

B.  A.  0.5690   .    .    .    . 

7.0 

16  47  18.  72 

66.8 

4 

+  3-838 

-  3'     4  39-  7 

63-4 

4 

-    6.25 

717,2 

*      Ophiuchi  

4.  O* 

A'J    21   OQ" 

ce   8 

2    82Q 

+     IO    2"2     C/l     J? 

r  »     r 

fi    9C 

/     J 

*T*  ** 

*T/     *J'  *TF 

.).)•  ° 

-:.  ojy 

*u  *j  54-  ° 

i>4-  i> 

u.  -15 

7«33 

Tr.  Z.  29,  25     .... 

8.0 

47  27.78 

76-5 

2 

4.072 

—  38  12  20.  6 

75-5 

3 

6.  24 

7174. 

53  Herculis        ... 

t   0* 

A*J     TO     C  7 

CC    2 

2    280 

+     11     Cfi       T    f\ 

C  7     C 

ft    27 

/  •  JT^ 

j.  *• 

4/  jy-  j  j 

J.)'  • 

4 

31   50     7.0 

5o-  5 

4 

o.  ^3 

7«35 

O.  Arg.  S.  16121  .    .    . 

7.0 

47  42.  23 

68.8 

a 

3.816 

—  30  21    9.  3 

67.0 

2 

6.23 

7136 

B.A.  0.5695    .    .    .    . 

6.6 

'6  47  57.13 

62.8 

3 

+  3-450 

-  16  34  46.  9 

67.5 

2 

—      6.20 

7«37 

WeisseXVI.giz     .    . 

9.0 

48  12.94 

61.7 

5 

3-182 

-    4  56  20.  6 

56.0 

4 

6.18 

7138 

o.  5 

4.8    14    IQ 

71    A. 

2 

1  SKI 

3/-\       747    J? 

68.  5 

| 

6    17 

7     J 

*ru    *T"  *y 

I  "•  *f 

J.  Ui  V 

ou      /   4j-  ° 

o.  17 

7>39 

WeisseXVI,9l3     .    . 

7.0 

48  19.65 

65-4 

3 

3-203 

•    5  53  37-  2 

68.0 

2 

6.17 

7140 

24  Ophiuchi  

6.0 

48   21.  50 

6?  c 

2 

3610 

29   cc   ?fi  n 

66.  o 

6     ¥7 

"/•  5 

.  V1W 

•"  55  •io-  9 

o.  17 

7141 

0.  Arg.  8.16133.    •    • 

8.8 

16  48  47.  51 

68.5 

2 

H-  3-706 

-  26  27  34.4 

65.8 

3 

6.13 

7«42_ 

Radcliffe  (2)  1610  .    . 

7-5 

48  50.32 

75.0 

4 

3-518 

-  19  18  54.8 

73-8 

4 

6.13 

7'43 

Piazzi  XVI,  236  ... 

5-5 

48  50.  64 

62.6 

7 

3-5i8 

-  «9  18  55-3 

68.5 

2 

6.13 

7«44 

M.Z.37,3    

8.2 

49  12.59 

72.9 

8 

3-807 

-  29  59  31-8 

73-5 

5 

6.  ii 

7141; 

54  Herculis    

c    r* 

AQ    I  7    O4 

60    2 

21  >  1  9 

+   r£   in  •>•>  R 

C  A      A 

6irt 

/  "*t  j 

5*  5 

*ry    i  _}.  «-»^ 

2 

.  '  >.}  _ 

10  39  33-  ° 

54-4 

3 

.  IU 

7146 

Lalande  30788     .    .    . 

8.5 

16  49  20.  58 

60.0 

2 

+  3-  575 

—  21  33    3-  3 

56.6 

4 

—  6.09 

7  '47 

B.A.  0.5705    .    .    .    . 

6.0* 

49  23.  1  6 

72.7 

4 

-  2-  798 

+  77  45  »-9 

69.2 

7 

6.09 

7148 

Lacaille  7065   .... 

6.  I 

49  24.09 

63.5 

2 

+   4.046 

—  37  23  52.  7 

68.1 

2 

2.08 

7H9 

Lacaille  7070  .... 

6.7 

49  39-02 

68.3 

7 

3.689 

—  25  50  14.  6 

64.8 

4 

6.06 

7150 

O.  Arg.  S.  16153  •    •    • 

8.5 

49  4'-  93 

74.5 

3 

3.808 

—  29  53  51.6 

63-4 

I 

6.05 

7iSi 

O.  Arg.  S.  16158  .    .    . 

8.5* 

16  49  49.  10 

60.6 

2 

+   3.718 

—  26  53  24.  9 

56.7 

5 

—  6.05 

7152 

Weisse(2)XVI,i533. 

7.0 

49  49-  '6 

59.6 

2 

2.  716 

+  15  36  28.8 

54-5 

3 

6.05 

7153 

Anonymous  

9.  O 
•  v 

AQ    C7     14. 

60  t; 

J 

1    800 

Ofj     C"7        ?    A 

7C     7 

6  04. 

*ry  DO'  m*r 

uy-  D 

o*  °°y 

zy  57    *•  4 

75-  J 

7154 

O.  Arg.  S.  16162  .    .    . 

8.6 

49  59-°2 

69-4 

2 

3-7i6 

-  26  47  45.  2 

58.0 

2 

6.03 

7«55 

Lalande  30851     .    .    . 

7.8 

50     7.66 

69.5 

2 

2.092 

-f  •  37  32  49-  7 

62.5 

3 

6.  02 

7'56 

B.  A.  0.  5706  .... 

6.0* 

16  50  17.98 

60.  5 

2 

+  i-7'5 

+  46  46    o.  5 

53-5 

3 

—    6.01 

7'57 

O.  Arg.  S.  16168  .    .    . 

8.2 

50  42.  03 

60.8 

3 

3-721 

-  26  57  37.4 

59-8 

6 

5-97 

7158 

Weisse  XVI,  958     .    . 

8.0 

5°  55-71 

64.9 

6 

3.164 

—    4    7  22.  o 

64.9 

3 

S-95 

7159 

K     Ophiuchi  

3.4* 

C  I        2     Cl 

6-;  8 

OT 

2.  856 

+      n    7C    ^7   o 

fm  1 

g 

SC\A 

O      T" 

3  *        *•  J  * 

>Jj.   O 

y 

9  03  43-  9 

oo.  7 

•  94 

7160 

B.A.  0.5709    .... 

6.2 

Si  23.58 

62.5 

3 

3.664 

-  24  52  32.5 

65.9 

2 

5.92 

182 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

• 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

b 

rt 
<u 
X 
d 

rt 
V 

1 
LM 

O 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

|J 

rt 

<U 

>•* 

g 
s 

A 

^ 
a 

*o 

o 
fc 

Annual 

Precession, 
1860. 

h.   m.     s. 

s. 

0            /             // 

// 

7161 
7162 

O.  Arg.  S.  16184  •    •    • 
26  Ophiuchi  

8-3 
6.0 

16  51  28.  63 
51  35.  21 

69.0 

62.5 

2 

3 

+  3-810 
3-663 

-  30     I   23.4 

-    24   46    17.  2 

65.9 

70.  7 

4 

•     5-9i 
5.90 

7167 

Anonymous          .    .    . 

0.  S 

?I   44.  -jS 

7^.  o 

4-  °39 

—    37      7      3.  4 

63.  2 

2 

5.88 

/  1UJ 
7164 

Lalande  30894     .    .    . 

y  j 

7-o 

J  m     ^t-  O" 

52    17.86 

/  j 

59.6 

3 

2.713 

O/         /         J'  ^ 

+  iS  39  54-5 

"j.  * 

54-5 

4 

J 

5.85 

7165 

Weisse  XVI,  981     .    . 

7-,2 

52   26.08 

64.6 

3 

3-  '62 

4    0.25.9 

67-5 

2 

5-83 

7166 

Tr.Z.38,9   

8.2 

16  52  28.  31 

69-3 

4 

+  4-039 

-  37     5  25.  i 

77-6 

5 

5.82 

7167 

DM.  +38°,  2865     .    . 

7-7 

S2  30-09 

69.  o 

2 

2.058 

+    38    24    20.0 

61.0 

2 

5.82 

7168 

Lacaille  7087   .... 

6.8 

52  34-  88 

69.0 

2 

3.908 

-  33     9  r9-4 

68.5 

4 

5.81 

7169 

O.  Arg.  S.  16206  .    .    . 

7-8 

52  36.40 

63.0 

6 

3-725 

—  27     2  19.  9 

68.9 

6 

5.81 

7170 

O.  Arg.  S.  16208  .    .    . 

9.0 

52  45.  19 

66.0 

2 

3.726 

-  27     3  43-3 

61.  4 

4 

5.80 

7171 

B.A.C.57I8    .... 

5-5 

16  52  49.  64 

67.0 

2 

+  3-  870 

-  31  55  54-8 

71.0 

4 

•    5-79 

7172 

O.  Arg.  S.  16213  •    •    • 

7-o 

52  57-76 

69-S 

2 

3-  545 

-  20  13  30.  5 

70.3 

5 

5.78 

7173 

O.  Arg.  S.  16223  .    .    . 

7-o 

53  13-22 

65-4 

2 

3-5°6 

-  18  43  28.7 

67.5 

2 

5.76 

7174 

7I7C 

B.A.  0.5721    .... 
29  Ophiuchi               .    .    . 

7.2 
6.0 

53  23.  98 

S  ^  40.  07 

72-5 
6<;.  4 

3 
T. 

3-874 

3.  CO? 

-    32       2    58.0 
—    1  8  4O   31.  •? 

72.8 
67.  S 

3 

2 

5-75 

?.  72 

/  *  /  j 

7176 

7177 

Lacaille  7091   .... 
30  Ophiuchi       .    .        .    . 

7.0 
?  8 

JO     fv-   V  1 

1  6  53  40.  69 

C-3     AQ     7Q 

J"  T^ 

71-5 
64.  ? 

J 

3 

2 

J        J        J 

+  4-  H3 
•?.  162 

"    ^v    J        J 

-  39  52  48-  7 

—      4-      O    3^.  6 

/       J 

71.9 
67.7 

5 
i 

•>  ' 

-  5-72 

<    72 

5-7 

/  *  /  / 

7178 

O.  Arg.  S.  16233  •    •    • 

J'  ** 

7-o 

JJ     T"-"   /" 

53  44-66 

"t*  j 
67.0 

2 

j 

3-548 

T-       v    JJ'  ** 

-  20  23    9.  7 

**/  .  / 

67.  o 

* 

2 

5-72 

7179 

Weisse  XVI,  ion  .    . 

8.6 

53  55-21 

64.5 

2 

3-  162 

4    o  29.  9 

68.6 

3 

5.70 

7180 

Tr.  Z.  38,  10  

8-5 

54  n-59 

76.8 

8 

4-037 

-  36  57  20.  6 

65.4 

2 

5-69 

7181 

O.  Arg.  S.  16240  .    .    . 

7-5 

16  54  22.09 

68.5 

2 

+  3-  722 

—  26  53  30.  3 

63.0 

2 

-    5-67 

7182 

Tr.Z.  123,35    .    .    .    . 

8-5 

54  34-45 

69.5 

2 

3.811 

-  29  55  S3-  7 

67.0 

2 

5-65 

7183 
7184 

Weisse  XVI,  1033  .    . 

9.0* 

"!.  5 

54  51-36 
S4  c6.  06 

59.6 
48.2 

2 

5 

3-277 

2.  297 

9    4  37-o 

+  31     8    6.9 

65.8 

72.  5 

3 

2 

5-62 
5.61 

/  **Jtt 

7185 

B.A.  C.  5730   .    .    .    . 

j   j 
7-3 

Jt    3**- 

54  58.  84 

64-3 

J 

8 

3-644 

—  24    2  12.  i 

/         J 

59-2 

12 

J 

5-6i 

7186 
7187 

O.  Arg.  S..  16256  .    .    . 

Anonymous           .    . 

7-5 

9O 

16  55    5-84 

<!?      Q    74 

54-5 
73.  O 

2 
2 

+    3-521 
3.  646 

-    19    17    12.  2 

—  24    4  38.  6 

67.0 

70  C 

2 

2 

•    5-6o 
<  60 

/  ***/ 

7188 

Lalande  30989    .    .    . 

.  w 

6.0* 

j  j     y  it 

55  n.  19 

/  j1  " 
59-5 

3 

J    "*tv 
2.724 

+  15     9  24.0 

/w*  J 

53-4 

3 

j*  ** 
5-  60 

7189 

O.  Arg.  S.  16262  .    .    . 

7-5 

55  19.  14 

63.5 

2 

3-727 

-  27     o  40.  i 

56.8 

5 

5-59 

7190 

7101 

O.  Arg.  N.  16707  .  .    . 
28  Ophiuchi  

8-7 
6.7 

55  22.03 
16  s?  24.03 

62.2 
69.  i 

3 
5 

0.847 
+    3-684 

+  60    o  30.  i 
—  25  29  40.  7 

67.6 

6q.  2 

2 
5 

5-58 
—    5.  58 

/      7 
7192 

B.  VI.  i6>>,92  .    .    .    . 

4   / 

»-3 

v   jj    *"r>  **j 

55  25.48 

67-5 

2 

3.646 

--  24    5  25.  3 

~y.  *• 

70.  o 

j 

3 

J     J 

5-58 

7193 

O.  Arg.  S.  16270  .    .    . 

8.0 

55  29.63 

76.5 

2 

3-546 

-  20  ii 

.    . 

5-57 

7'94 

Weisse  XVI,  1046  .    . 

9.0 

55  35- 

3-277 

•     9     3  45-  3 

71-5 

i 

5-56 

7«9S 

Weisse  XVI,  1048  .    . 

9-5 

55  37-50 

74.0 

2 

3-277 

9    3  57-8 

71-3 

5 

5-56 

7196 

B.A.C.5737    .    .    .    . 

6.0 

16  55  38-63 

64.  2 

4 

+  3-  766 

—    28   22    17.  I 

67.6 

2 

-    5-56 

7197 

B.A.  C.  5739   .    .   .    . 

7-2 

55  46.  24 

63.0 

4 

3.849 

-  31     9  43-4 

61.7 

5 

5-55 

7198 

Lacaille  7116  .    .    .    . 

7.0* 

55  So- 

3-674 

-  25     7     2.7 

62.5 

i 

5-54 

7199 

B.A.  0.5742   .    .    .    . 

7-2 

55  56.04 

62.4 

7 

3-645 

-    24      2   2O.  4 

58.7 

8 

5-53 

7200 

M.  Z.  19,  105    .... 

7-9 

55  56.48 

63.0 

2 

3.850 

—  31   10  17.  i 

6p.  o 

2 

5-53 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


183 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

S 

>* 

a 

CJ 

<u 

s 

J3 

0 

lM 

O 

o 

£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

hi 

X 

I 

1 

V. 

o 

i 

Annual 
Precession, 
i860. 

72OI 

8.8 

h.  m.      s. 
16  ss  57  Si 

68.6 

7 

s. 

4-    1  776 

0          /           // 

—  >  28  42  48.  4 

64.  c 

2 

// 

—     c    e-j 

/  ••* 
7202 

7  2O? 

B.A.C.5743   .    .    .    . 

7.0 
6  4 

j  j  j/   j  o 
55  59-75 

Cfi       6    QQ 

63-9 

68.  2 

J 

5 
6 

i     j'  1  1  ^ 
3-623 
4-   i  681 

-  23   II    19.9 

21    26    1O    7 

**•*'  J 

64-5 

77    7 

3 

c 

j-  jJ 

5-53 

e   C2 

/  **-'  j 

7204 

72<X 

Groombridge  2404  .    . 

v,  t| 

8.2 

6.0 

ju        w.  yy 

56  25.  17 

c6  26.  2$ 

57-8 
68.8 

3 

"I"    j-  "Oj 

-  I.  170 

4-    2.  212 

*D    ***    jw*  / 

+  73    8  10.7 

_L    77    4.6    22.  Q 

/  j*  O 

55-5 
68.0 

J 

3 

2 

3-  :>•* 
5-49 

e  4.O 

/        J 
72O6 

B.  A.  C.  5746   .... 

7-5* 

J              *-V/.     J.J 

16  56  27.81 

60.2 

3 

+    3-  548 

i      jj    T1"    •»•  y 

—  20  17  38.0 

70.3 

6 

J*  *T7 

•    5-49 

7207 

Weisse(2)XVI,  1735  . 

6.0 

56  34-43 

73-3 

5 

2-453 

+    25   42   21.  2 

73-6 

4 

5-48 

7208 

O.  Arg.  N.  16722  .  .    . 

9.0 

56  39-  5° 

62.0 

2 

0.843 

+  60    o  27.  3 

67.6 

2 

5-47 

7209 

O.  Arg.  S.  16298  .    .    . 

7-5 

56  46.  56 

7°-3 

4 

3.68o 

-  25  16  43.9 

69.  2 

3 

S-46 

7210 

B.  A.  0.5748   .... 

6.0 

56  48.  24 

57-5 

2 

3-320 

—  10  53  18.  6 

69.1 

2 

5.46 

7211 
7212 

Lacaille  7123   .    .    .    . 
Anonymous 

6.2 

8.0 

16  56  52.  70 
e6  c  c  8j. 

68.6 
68.  5 

3 

2 

+    4-043 

4Ol8 

-  37     i  48.  8 

—     l6     Zd.        76 

67.1 
66.9 

3 

2 

•    5-45 

SAA 

/  •*  * 

7213 

B.  A.C.  5750    .  •.    .    . 

7.0 

j     j  j-  ^^ 
57    6-93 

64-5 

4 

'    "J^ 

3.776 

Jw     JT-          /  '  ** 

-  28  40  34.  9 

66.5 

2 

•  *t*T 

9-43 

7214 

B.  A.  0.5756    .    .    .    . 

7.0 

57  34-8o 

66.4 

3 

3.814 

—  29  57  15.4 

65.5 

4 

5.40 

7215 
7216 

Lalamle  31055     .    .    . 

6.7 

7.  $ 

57  45-8o 
16  58    0.83 

65.5 
68.  5 

2 
2 

3-  181 

4-    A   OA7 

•    4  49  47-  o 
—  77    6  ST.  6 

74-8 
68.0 

4 

2 

5-38 
"i.  36 

/ 
7217 

B.  A.C.  5759    .    .    .    . 

i  '  j 

6.4 

58  12.  92 

62.5 

3 

1      f.  vir/ 
3-710 

ji      w   jo- 

—  26  19    8.8 

67.1 

3 

J*  Jv 

5-34 

7218 
7219 

Lacaille  7133   .    .    .    . 
S  1894  (ist*)  .... 

6.0 

58  29.55 

S8    •?<!.  47 

66.4 

f)A       C 

2 
2 

4.  1  86 

3.  387 

-  40  50     1.8 

70.2 

3 

5-32 

7220 

S  1894  (2d*)  . 

jw   jt-  1/ 

s8  14.  so 

"T-  0 
6,4.    C 

2 

J*  O     / 

•j.  -587 

-  13  44  23.5 

68.5 

2 

5-31 

7221 
7222 

B.  A.C.  5762    .    .    .    . 
60  Herculis    

6.8 
6.0 

J"      J*T*   Jv 

16  58  44.67 
(8  S3  20 

^T-  j 

66.0 

60    A. 

2 

O*  O"/ 

+  3.843 

4-  2  776 

-  30  53    6.8 

_(_    12    C6      Q.  "? 

67-5 

71.  Q 

2 
3 

—    5-3° 

5.  20 

72*3 

B.  A.C.  5769    .    .    .    . 

7.0 

j"  jj- 
59    4-75 

wy.  ij. 

58.9 

5 

i    *•  /  /  v 
-  I-  238 

-r-    j,^,    jv      y.  j 

+  73  20  17.4 

/  "•  y 

56.6 

J 

9 

J         .7 

5,27 

7224 

B.A.  C.  5767    .    .    .    . 

6-7 

59  21.64 

60.7 

5 

+  3-  669 

-  24  48  31.3 

54-5 

3 

5.24 

7225 

B.  A.C.  5768    .    .    .    . 

5-8 

59  51.16 

63.6 

4 

3-824 

-   30    12  49.5 

69-7 

4 

5-  2O 

7226 

O.  Arg.  S.  16352  .    .    . 

9.0 

16  59  54.88 

55-5 

2 

+  3-720 

-  26  38  55.  3 

63-4 

2 

-         5.20 

7227 

B.A.  C.  5771    .    .    .    . 

6.0 

17    o    7.  26 

61.2 

3 

3-477 

-  17  25   ir.6 

56.5 

3 

5-i8 

7228 

O.  Arg.  S.  16360  .    .    . 

9.2 

o     7.98 

66.0 

2 

3-654 

-  24  14  10.7 

68.1 

2 

5.18 

7229 

O.  Arg.  S.  16366  .    .    . 

8.5 

o  21.52 

72.2 

3 

+  3-  736 

-  27  i  2  40.  2 

63-7 

7 

5-17 

7230 

72TI 

e     Ursse  Minoris    .... 
Anonymous  ... 

4-2 
q  6 

o  26.  78 

17       O  4"?    2O 

57-7 
66.0 

114 

2 

-  6-  437 

4-   i  6?2 

+  82  15  40.  i 

21    IO   26.  I 

56.9 
62  i 

85 

2 

5.16 

C.  17 

/     J 

7232 

B.  A.C.  5775    .    .    .    . 

yf  ^ 
6.0 

*  /       w  <TJ-  Av- 
0  49.  22 

69.7 

5 

i     j*  wj^ 
1.824 

+  44     o  14.0 

\*j,  & 

53-4 

3 

3*  *  -J 

5.12 

7233 

B.  A.C.  5774    .    .    .    . 

5-8 

I      0.45 

64.7 

5 

3.092 

-    o  53  30.  6 

68.5 

2 

5.11 

7234 

7211 

Lalande  31166     ... 
»     Ophiuchi 

7.0 

3      A 

I    38.69 
2   21.  04 

69.2 

C  1    C 

3 

38 

3-556 

3472 

—  20  29  50.  7 

I  c     72    C  1   O 

68.0 

c?    e 

2 

6 

5.05 

4OO 

/  ~J-> 

7236 

B.  A.C.  5782    .    .    .    . 

•  T- 

5-5 

17      2   36.15 

J  j-  :> 
70.6 

o° 
2 

•  4j^ 

+  4-  "33 

*  J     3*     JJ' 

--  39  19  37-  9 

J/  •  J 

69.9 

3 

'  77 

•    4-97 

7237 

Lacaille  7160   .... 

6.0 

2   39-9° 

70.5 

3 

4.  108 

-  38  38  37-  2 

70.0 

4 

4-97 

7238 

Lalande  31199     .    .    . 

6.8 

2   45.82 

65.5 

4 

3.556 

-  20  28  15.0 

70.5 

3 

4-96 

7239 

O.  Arg.  S.  16420  .    .    . 

7-5 

2   55-  26 

64.5 

3 

3-7I9 

—  26  31  26.  5 

72.8 

4 

4-94 

7240 

B.  A.C.  5788    .    .    .    . 

5.0* 

3    4.28 

59-8 

5 

2.  126 

+  36    7    9-o 

5«-4 

9 

4-93 

184 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

& 

o 

'o 

O 
Z, 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

LH 

rt 
6 
>» 

1 
X 

1 

tM 

0 

6 
Z 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

o      /      // 

// 

7241 

B.  A.  0.5790    .    .    .    . 

5-5* 

17     3   12.78 

59.6 

2 

+  1-957 

+  40  42     3.  2 

53.6 

3 

—     4-92 

7242 

Tr.  Z.  22,  27    .... 

8.2 

3  "9-41 

76.5 

2 

+  4-059 

—  37  17  20.3 

73-5 

2 

4.91 

7243 

Groombridge  2418  .    , 

7-5 

3  21.  10 

62.0 

6 

-  1-274 

+  73  23  22.0 

53-8 

8 

4.91 

7244 

B.  A.  €.5789 

7-i 

3  28.  52 

62.5 

2 

+  3-  729 

-  26  51  47.9 

68.9 

3 

4.90 

7245 

Lacaille  7163  .    .    .    . 

6.6 

3  37-  3° 

64-5 

4 

4.077 

-  37  46  42.  3 

66.5 

2 

4.88 

7246 

B.  A.  C.  5791    .... 

6.2 

17    3  37-  67 

6S.i 

5 

+  3-679 

-  25     4  41-3 

62.2 

4 

-     4.88 

7247 

B.A.  0.5792    .    .    .    . 

6.2 

3  39-  25 

63.3 

5 

3-75° 

-  27  35     7.  i 

68.5 

3 

4.88 

7248 

B.A.C.5793    .    .   .    . 

5-8 

3  52.67 

67.9 

3 

3-891 

-  32  15  52-5 

61.2 

3 

4.86 

7249 

O.  Arg.  S.  16450  .    .    . 

7-5 

3  55.38 

69.  2 

3 

+  3-678 

-  25     3    2.  7 

62.2 

4 

4.86 

7250 

Groombridge  2420  .    . 

8.0 

4  16.52 

60.5 

3 

-  1.310 

+  73  3°  '5-5 

53-o 

4 

4-83 

725' 

Weisse  XVII,  46    .    . 

7.2 

17    4  18.  60 

64.8 

6 

+  3-173 

-    4  27  55-3 

64.6 

2 

•     4.83 

7252 

72C-J 

Lacaille  7163  .... 
Anonymous      .... 

6.0 
8.  1 

4  19.44 

4-3Q     2O 

68.5 
71    2 

2 

4.090 

7    086 

-  38    7  21.5 

oc       7    c8    O 

65.6 

72    O 

2 

6 

4.82 

A       «, 

/OJ 

7254 

Lacaille  7171    .... 

***   J 

7.0 

y^i.  A\J 

4  45-  86 

/  *  * 

74-3 

5 

o-  you 
4-  146 

JJ      1    J°'  u 

-  39  35  49-  2 

f  *•  w 

68.2 

3 

f.  O* 

4.78 

7255 

Weisse  (2)  XVII,  107  . 

6.6 

4  49-  74 

68.5 

2 

2.  040 

+  38  28  12.5 

47-5 

2 

4.78 

7256 

B.A.C.5795 

6-7 

17    45i.«5 

62.4 

6 

+    1.467 

+  Si     i   i5-° 

55-3 

S 

-  4.78 

7257 

O.  Arg.  S.  16477     .    . 

9.0 

5  14-51 

65.5 

3 

3.647 

-  23  52  46.  7 

67.5 

2 

4-75 

7258 

B.  A.  0.5796   .    .    .    . 

6.9 

5  15-85 

66.4 

2 

3-752 

-  27  37  35-  9 

62.4 

4 

4-74 

7259 

B.  A.  €.5800   .... 

7.2 

5  3'-3° 

62.6 

3 

3.729 

-  26  48  45.  4 

69.5 

3 

4.72 

7260 

M.Z.26,  1    

7.2 

5  47-41 

66.5 

3 

3.935 

-  33  34  43-  4 

68.5 

2 

4.70 

7261 

Lacaille  7174  .    .    ,    . 

6.0 

17    5  48-40 

68.6 

2 

+   4.  089 

-  38    2  45.9 

67.2 

3 

4.70 

7262 

Weisse  XVII,  83     .    . 

8.0* 

5  57.52 

47-6 

2 

3.281 

•    9    6  48.5 

47.6 

2 

4.68 

7263 

O.  Arg.  S.  16497     .    . 

8.1 

6  15.89 

65.5 

4 

3.648 

—  23  53  35-  9 

67.5 

2 

4.66 

7264 

O.  Arg.  S.  16505      .    . 

7-9 

6  31.87 

63.6 

3 

3.7I7 

—   26   21    56.4 

64.  i 

3 

4.64 

7265 

O.  Arg.  S.  16503  .    .    . 

8.0 

6  32.  38 

73-9 

3 

3.826 

—  30    6    0.8 

67.0 

2 

4.64 

7266 

O.  Arg.  S.  16509  .    .    . 

6-5 

17    6  33.18 

66.6 

2 

+    3-566 

-   20  48    10.  0 

67.6 

2 

4-63 

7267 

B.  A.  0.5807   .   .    .    . 

6-5 

6  38.63 

67.0 

2 

3-935 

-  33  34  20.  5 

68.1 

2 

4.63 

7268 

A   Ophiuchi  (ist*)  .    .    . 

5-7 

6  44.3° 

63-4 

H 

3-718 

—  26  23  39.  2 

63.1 

S 

4.  62 

7269 

A   Ophiuchi  (2d»)   .    .    . 

6.0 

6  44-5° 

63-4 

14 

3-7i8 

—  26  23  35.0 

62.  9 

3 

4.  62 

7270 

B.  A.  0.5809    .    .    .   . 

6.2 

6  54.  98 

67.0 

8 

+  3-  825 

-    30      2    42.4 

61.7 

4 

4.  60 

7271 

Groombridge  2418  .    . 

8.0 

17    7  21.62 

60.5 

2 

—  i.  292 

+  73  23  22.  i 

55-9 

5 

•    4-57 

7272 

Schwerd  1014  .... 

7.0 

7  23.33 

64.4 

2 

-  3-  208 

+  78  17  16.  i 

66.1 

2 

4-56 

7273 

Weisse  XVII,  107    .    . 

7-7 

7  25-43 

70.5 

4 

+  2-729 

+  14  44  32  5 

68.5 

2 

4-56 

7274 
727? 

O.  Arg.  N.  16908     .    . 
Anonymous  

9.0 

9.  2 

7  31-43 

7    12   O1 

66.0 

71.  O 

2 
2 

0.875 

•3     QQC 

+  59  20  47.  8 

—    7C    IQ      4,  C 

68.1 

7O.  2 

2 

7 

4-55 

A    c  e 

/     /  J 

7276 

B.  A.  0.5813   .    .   .    . 

*  f* 

6.9 

/     O*"  vj 

17    7  37-07 

/  J*  v 
60.4 

8 

O    yyJ 

•+  3-717 

oj     y     *t'  y 
—  26  20  25.0 

/  v*  * 
60.  4 

J 

5 

T"    JJ 

•  4.54 

7277 

0.  Arg.  S.  16532  .    .    . 

8.4 

7  45-02 

69.5 

2 

3-747 

—  27  23  55.9 

56.4 

4 

4-53 

7278 

B.  A.  0.5815    .    .    .    . 

7-  « 

7  50.95 

62.5 

5 

3.684 

-  25     8  37.4 

62.6 

4 

4.52 

7279 

Weisse  XVII,  115  .. 

8-3 

7  52.33 

67.6 

2 

2.736 

+  «4  27  55-5 

68.5 

2 

4-52 

7280 

B.  A.  0.5818   .... 

7.0 

7  57-28 

74.2 

5 

3-830 

—  30  ii  26.  o 

70.  6 

4 

4.52 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i 

>-> 

d 

rt 

B 

% 

£ 

° 

o 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

!H 
• 

(U 
>. 

C 
rt 

y 

% 

1 
**-. 
O 

O 

f, 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

7281 

WeisseXVII,  117  .    . 

7-5 

17     7  57".  60 

67.6 

2 

+  2.730 

+  «4  43     2.0 

68.5 

2 

-    4-52 

7282 
7281 

M.Z.33,3    
Anonymous      .    . 

8-5 

8.2 

7'  59-  97 
8     2.87 

71-5 

77.  2 

2 
^ 

3-997 
3.  830 

-  35  23  19.4 

—    3O    I  O  44.  Q 

73-o 
73.  ? 

4 

2 

4.51 
4.  ?I 

/  *w  j 

7284 

M  Z.  «.A 

8.8 

8     5.  0.3 

/  / 
71.  ? 

2 

J'  "^T* 
?.  OQ7 

J             v    ^T-   7 

—    3C    22    37   O 

i  j  j 
73.  O 

4 

*T-   J  • 

4.  ?O 

i  f.^n 
7285 

o     Herculis  (1st*)    .    .    . 

Var* 

J     "  J 

8  15.88 

/      j 

58.7 

222 

y*    ?.7/ 

2-734 

jj    **-    j/  *  ** 

+  '4  33    9-  7 

/  j 

54-3 

55 

•f*    JV 

4-49 

7286 

a     Herculis  (2d*)     .    .    . 

8.0 

17    8  16.  13 

64-3 

II 

+    2.734 

4-  14  33  10.  i 

73-9 

5 

-    4-49 

7287 

7288 

B.  A.C.  5820    .    .    .    . 
M  Z  33  ? 

6-5 
8.? 

8  24.  32 
8  26.  19 

66.  i 

60.  ? 

2 
2 

3-825 
3.987 

-  30    o  18.  o 

—    3?      3   ?6.  6 

69.  2 

67.  o 

3. 

2 

4.48 

4.  47 

7289 

72QO 

Lacaille  7207   .... 
38  Ophiuchi  (1st*)  . 

J 

6.5 

8  3'-  54 
8  ?7.6o 

?  j 
68.5 
72.8 

2 
-> 

J     :?"/ 
4.091 

^.  721 

OJ        J    J     ' 

-  38    o  20.  6 

66.5 

2 

^*  ^/ 

4.46 

/  ^y-* 

j/ 

.1 

o    / 

}-  26  28  14.  3 

69.  2 

3 

•    4-43 

7291 

38  Ophiuchi  (2d*)   .    .    . 

7-3 

17    8  57.69 

64.0 

4 

+  3-721 

7292 
72Q1 

B.  A.  C.  5824    .... 
(J     Herculis 

6.0 

4    O* 

9  13-5' 
q   16  80 

65-5 

CO     C 

2 

2 

3-90° 

2    46^ 

-  32  23  49.5 

-4-    2C       O    24    4 

65.5 

H.     1 

2 
4 

4.41 

4  4O 

/  ^V  J 

7294 

Lacaille  7215    .... 

T..  •• 

7.0 

7      "'  "9 
9   26.  22 

jy*  j 

65.5 

2 

"    *TWJ 

3.980 

I           '"'J            *•      *T    T" 

-  34  49  43-  4 

JJ       J 

69.6 

H 
2 

If.     ifVJ 

4-39 

7295 

39  Ophiuchi  (1st*)  .    .    . 

7-5 

9  28.  50 

61.6 

5 

3.656 

-  24    7  49.0 

57-3 

6 

4-39 

7296 

39  Ophiuchi  (2d  *)   .    .    . 

6.5 

17    9  28.50 

61.5 

5 

+   3.856 

-  24    7  39-  5 

55-9 

3 

•    4-39 

7297 

O.  Arg.  S.  16574  .    .    . 

9.  o* 

9  32.  29 

69.5 

2 

3.  820 

-  29  48  36.  6 

71-5 

3 

4-38 

7298 

72QQ 

B.  A.  €.5831    .    .    .    . 

DM.  +  73°,  7S8 

6.  i 

9  34-  27 
10    6.  07 

64.0 

Co.  A. 

2 
2 

+   3.65I 
—    I.  ^7 

-  23  54  52.0 

4-    73    34    33.  I 

67.1 
70.  6 

2 
I 

4.38 

4^7 

/     yy 
7-3QO 

3.  5* 

IO    IO.  3Q 

J"*  T- 

SO.  3 

6 

O  J  / 

4-  2.080 

1       /  O    J^    j  J'   * 

-\-  36  58    8.  6 

/   * 

48.  2 

1  ; 

•   JJ 
4-3? 

/  J'-"-' 

73°' 

B.  A.C.  5833    .    .    .    . 

J     J 

6.8 

*  JV 

17  10  14.  92 

J*"  O 

63-4 

5 

1       *  •  vtjy 

+  3-863 

-    31     12    26.9 

•fVI     *• 

68.8 

•  j 

3 

'  JJ 

4-32 

7302 

O.  Arg.  S.  16586  .    .    . 

8.2 

10  27.  91 

69.0 

2 

3.614 

-  22  33  14.4 

66.5 

2 

4-3° 

73°3 

O.  Arg.S.  16600  .    .    . 

9.0 

'  1   3-03 

67-5 

2 

3-  622 

-   22    50    19.6 

68.  i 

2 

4-25 

73<H 

Lacaille  7230   .... 

8.0 

'  i     9-33 

65.S 

2 

4.088 

-  37  52  18.6 

69.6 

2 

4.24 

73°S 

O.  Arg.  S.  16607  •    •    • 

7.8 

ii   18.94 

68.5 

2 

3.722 

-  26  27  32.  7 

66.  i 

2 

4-23 

7306 

M.Z.  29,  52  

8.5 

17  ii  20.73 

68.5 

2 

+  3-  756 

-  27  37  21.9 

56.4 

5 

-    4-23 

73°7 

Weisse  XVII,  186  .    . 

7-6 

»  33-48 

65-3 

5 

3-  167 

4    9  21.  6 

66.5 

2 

4.21 

73o8 

B.  A.C.  5839    .    .    .    . 

5-5 

u  44.50 

71-5 

3 

3-487 

-   17  36  22.3 

56-5 

4 

4.19 

73°9 

O.  Arg.  S.  16623  •    •    • 

7.2 

ii  49.14 

65.3 

3 

3-721 

-  26  24    4.  4 

67.6 

3 

4.19 

73«° 

7-?!  I 

B.  A.  C.  5841    .... 
u    Herculis    ...        ,    . 

6.0* 
e    e 

12      2.  OI 

17    12      Q    24. 

59-5 

76  c 

2 

2 

2.817 

4-    2    214 

4-   ii     i     9.0 

4-331?      08 

53-4 
69.6 

4 

2 

4-17 
—     4.  16 

/  J*  • 

7312 

M.Z.  33,  7    . 

J'  3 
8   3 

/        *       :/•  *"^ 

12  26.  68 

/    -  J 

74   6 

,1 

I      ••  *  •  *+ 
3    OQC. 

\       JJ       J       V-  " 
—    3?     12       78 

66.5 

2 

41  1 

/  .>•  ^ 

7313 

2  1923  

J 

o.  =; 

12   27.  78 

/  1-  w 

64.  5 

4 
2 

j-  vyj 
3-  216 

JJ         '       f*9 

—     6  1  6  48.  o 

71.  O 

2 

•  *j 
4.  1  1 

/  J     J 

73'4 
731? 

Weisse  XVII,  202  .    . 
f     Ophiuchi   

r*  J 
7.0 

6.0 

/    /  " 
12   30.  IO 
12   36.86 

"t*  j 

60.  o 

<((>.  2 

2 

16 

3.  204 

3.  ?7  3 

•     5  45  42.  8 

2O    57    32    8 

/    • 

57-o 

64    2 

2 
3 

*  *  j 

4-13 

4.  12 

/  *5     J 

7316 

7717 

O.  Arg.  S.  16644  •    •    • 
£     licrculis 

7-7 

4.    <(* 

17    12   44.  26 
12    SO    6? 

J«»    * 

67.5 

AC      C 

2 

O    J  I  J 

+  3-720 

2,  O7O 

j  i    j    '  " 

—  26  21   i  8.  5 

+77    26    24    X 

"*T"    * 

63.6 

4C,     ? 

j 
2 

•  *  • 

.  4.  ii 

4.  10 

/  j*  / 

7318 

7310 

Lalande  31492     .    .    . 
v     Serpentis  

f  J 
7.6 
S.O 

•    j">  w/ 
12   50.93 
12    ?7.  27 

*rj'  3 

71-5 

6^    4 

3 

3-  '95 

3.  367 

J/     "       "^  J 

5  21  42.9 

—    12    42       31 

43'  .) 
62.O 
60.6 

2 
2 

4.  io- 

4.  OQ 

f  j   y 
7320 

B.  A.  C.  5846  .... 

J 

7-3 

j  i       I 
'3      6.49 

J     *T 

61.8 

3 

j-  jv/ 

3.676 

T1         j*  j 

-  24  45  38.  o 

71.2 

6 

•  "y 

4.07 

1 86 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


1 
Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

|M 

rt 
B 
P^ 

GJ 

u 

"?, 

1 

IM 

O 

6 
£ 

Annual 
Precession, 
i860. 

Mean 
Declination, 
1  860.0. 

S 

u 

>-, 

C 
C3 
B 

S 

J9 

o 

t+4 

o 

1 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

i               0          /          // 

// 

7321 

Lacaille  7241    .... 

6.5 

17   '3     6.55 

65.0 

4 

+  4.082 

-  37  39  42.  2 

68.5 

2 

•     4-07 

7322 

7727 

B.  A.  C.  5848   .... 

MZ    77     8 

7-4 
8.0 

13  10.88 

17    I  7.  24 

63.5 

71.  5 

2 
4 

'  3-  839 
3-  997 

-  30  21  27.9 
—   7C    14   14.  2 

58.5 

68.9 

2 

C 

4.07 
4.  O7 

/  J^J 
7324 

Lacaille  7244  .... 

6.0 

•  j    *  j*  ••? 
13    13.86 

/         J 

68.5 

2 

4.015 

JJ     "9       T  •  ~ 

-  35  46  18.  7 

7 

66.5 

J 

2 

If.    v*y 
4.    O6 

7325 

O.  Arg.  S.  16659  .    .    . 

8.5 

13  21.88 

62.5 

2 

3-6I7 

--   22   36    19.  2 

66.5 

2 

4-05 

7326 

7-?27 

Lacaille  7245    .... 
6     Ophiuchi           .... 

5-5 

7.8 

17  13  24.72 
13  24.  84 

69.5 

58.5 

2 

66 

-)-  4.  062 
3-  679 

—  37    4  40-  5 
—  24  51  20.  5 

67.5 

60.  2 

2 
13 

•           4-05 

4.  OS 

/  J^/ 

7328 

B.VI.  17^,  31   .... 

J 

8.  i 

13  28.93 

69.5 

2 

3-  764 

,—  27  5i  35-9 

56.5 

5 

•i™     j 
4.04 

7329 

I?.  VI.  I7h,  33  .... 

8-3 

13  42.  18 

73-9 

4 

3.678 

—  24  48  46.  4 

63.0 

2 

4.O2 

733° 

O.  Arg.  S.  16675  •    •    • 

9.0 

13  59.66 

72.4 

2 

3-755 

—  27  32     7-3 

56.5 

4 

3-99 

7331 

O.  Arg.  S.  16680  .    .    . 

9.0 

17  14  10.  70 

65-5 

2 

+  3-6i6 

-  22  33  34.  7 

73-3 

5 

-    3.98 

7332 

Lalande  31543     .    .    . 

8.0 

14  26.58 

70.3 

3 

3-487 

-  17  33  46.9 

56-4 

4 

3-96 

7333 

M.Z.  19,  113    .    .    .    . 

14  28.74 

64.6 

2 

3-877 

-  3i  33  37-2 

65.6 

2 

3-96 

7334 
7771; 

R.VI.  17!',  36  .... 

8.5 
6.  s 

14  29.  26 

H77.  12 

73-o 
62.  f. 

7 

3-764 

7.  760 

-  27  49  43.  8 
—  28    o  10.  6 

63.3 
66.  5 

5 

2 

3-96 

7..  O? 

/  j  jj 
7336 

B.  A.  0.5858    .... 

J 

7-5 

J  J 

i?  H  33-5° 

'*••  J 

62.3 

J 

5 

j   i    y 

+   3-682 

—  24  57  26.  6 

J 

63.0 

2 

J    '7J 

•    3-95 

7337 

Lalande  31556     .    .    . 

7-5 

14  45.00 

64-5 

2 

3-625 

-  22  52  11.7 

64.5 

2 

3-93 

7338 

Lacaille  7259  .... 

6.0 

H  So.  73 

74-5 

3 

3-978 

-  34  39  16.6 

71-5 

3 

3-93 

7339 

DM.  +  32°,  2894    .    . 

9.0 

14  51.  10 

69.6 

2 

2.  229 

:  +  32  48 

3-93 

7340 

7741 

WeisseXVII,249  .    . 
70  Herculis                   .    . 

8-3 

$      $ 

15     0.83 

I  7    I  C       8    2tJ 

65-5 

t7    o 

3 

3-177 
_|_    2    J.7O 

4  35  54-4 

_|_    24    78   27    C. 

67.6 
e  7    c 

2 
7 

3-9' 

—       1    QO 

/  J^1 

7342 

7*4^ 

Weisse  XVII,  254  .    . 
Anonymous  

J'  J 

8-3 

Q.  O 

1  /     *  j       "•  *3 

15   n-93 

JC     16    C7 

j  /  '  ^ 
(,2.2 

77,  2 

6 

-j-     *,  q>/w 

3-214 

3QQQ 

r   **r  j"     /  •  j 
-    6  ii   10.8 

7C     14.    CQ    C 

jj-  j 

55-8 

60.  2 

j 

3 

7 

o'  yw 

3-90 

r  80 

/  j^o 
7144. 

w   Herculis    ...        .    . 

y 

"?.  5 

*  J      *"'  JO 
I  C    2Z     76 

/  /  • 
67    2 

•  yyy 

2    21.2 

JJ     "?    J7    J 

*_(_    72    78   4Q    4 

vym  *• 

7O   6 

J 

A 

O            .7 

7.88 

/  ,jt*r 

7345 

O.  Arg.  S.  16709  .    .    . 

j   j 

8.3 

*  J    *3*  j** 

15  29-14 

w/  '    m 

69.0 

2 

••  *-j^ 

3.841 

.   \     j^  j^  ty.  f- 

'—  30  23  33.8 

/ 

64.  2 

T- 

3 

J'  *-" 

3-87 

7346 
7347 
7348 

B.  A.  €.5862    .    .    .    . 
B.  A.  0.5861    .    .    .    . 
Lacaille  7268  .    .    .    . 

6.8 
7.6 
5-° 

"7  '5  31-96 
15  32.60 
15  44.91 

64.7 
63.2 
69.5 

4 
3 

2 

+  3-648 
3-785 

3-974 

-  23  42  27.9 
-  28  31    3.9 

-  34  33  42.  i 

66.5 

61.8 
64-5 

2 

4 
2 

3-87 
3-87 
3-85 

7349 

Lacaille  7269  .... 

7-3 

15  5i-7o 

69.5 

2 

3-972 

-  34  25  41.8 

67.9 

3 

3-84 

7350 

Weisse  (2)  XVII,  454  . 

8.0* 

15  53-76 

69.6 

2 

2.089 

\+  36  49  57-9 

65.2 

3 

3-84 

7351 

Weisse  (2)  XVII,  463  . 

8.5 

17  16  12.30 

73-5 

4 

+  2.141 

!+  35  20  34.3 

77-5 

3 

3-8i 

7352 

B.  A.  €.5868    .    .    .    . 

6.5 

16  32.97 

64-3 

II 

3.  660 

-  24    6  39.8 

62.5 

2 

3-78 

7353 

B.  A.  0.5869    .    .    .    . 

6-5 

16  34-37 

68.6 

2 

3.816 

j—  29  32  17.7 

58-5 

2 

3-78 

7354 

O.  Arg.  S.  16749  .    .    . 

8.8 

'7    o-37 

69.0 

2 

3.786 

-  28  31   15.  i 

68.2 

3 

3-76 

7355 
7356 

Weisse  (2)  XVII,  486  . 
M.  Z.  266,  9  

9.0 

17  10.77 

17    17    12 

70.0 

2 

2.670 

4-    7.   877 

*+  17     o  39-4 

—    71    7O    78    7 

69.  i 

68.  i 

2 

2 

3-73 
—      3.  73 

7357 

Weisse  (2)  XVII,  487  . 

7.0 

/       /    *»• 

17  16.  ii 

66.5 

3 

i    j  •  ^  i  1 
2.670 

j*    j"   j"'  / 

•+   '7     2  13.9 

69.  i 

2 

j   /  j 

3-72 

7358 

B.  A.  0.5875    .    .    .    . 

7-2 

17  25.97 

71.4 

3 

3-779 

-  28  17     8.8 

70.2 

3 

3-70 

7359 
73°o 

Lacaille  7282  .... 
DM.  +  77°,  764  . 

7.0 

17  26.  10 
17  28.  78 

66.6 

CQ    A 

2 
2 

+  3-957 
—  i  780 

-  33  57  46.7 

-}-    77    71    l6    2 

67.1 

CO.  4. 

2 
2 

3-70 
7..  6q 

y**  <t 

j    y 

I      /  j   j  j 

y  **• 

j      y 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


I87 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i 

C 

• 

<u 

1 

•o 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

1 

• 

<u 
P*! 

1 

«*- 
O 

O 

^ 

Annual 
Precession, 
1860. 

736l 

Tr.  Z.  171,  I      .... 

8.8 

h.  m.      s. 
17   I?  31-4I 

68.5 

2 

s. 
+  3.567 

0           /           // 

20  38  59.  3 

65.5 

2 

// 
-     3.69 

7362 
7^6? 

M.Z.  19,  114    .... 
b     Opniucni 

7-7 

4     7 

"7"  33-  52 

17   4Q.  "?^ 

68.9 

64  s 

5 

S2 

3.877 
1.6s8 

31  28  50.8 

24      2    33.  I 

71.2 

70.  2 

3 
8 

3-69 
3.67 

/  J"»> 

726.1 

73  Herculis 

T*   J 

6.0* 

/   *ty  jj 
18  15.  12 

v/tf.    J 

CQ     Q 

J 
1 

J'  "J" 

2.  <;i2 

4-    2t      5    14.4 

ci.  4 

3 

J         / 

3.63 

/  J"-1*- 

7365 

B.  A..C.  5878    .... 

6.4 

18  15.56 

jy  y 
62.9 

,} 
2 

*••  j  •  *• 
+  3-  7o8 

J        J     O^*  ^ 

-   25   48   57.  I 

J  J  "    *T 

64.8 

3 

J         J 

3-63 

7366 

7367 

15.  A.  C.  5887    .... 
d    Ophiuchi                       . 

7.0 

4    O* 

17  18  23.85 
18  25.01 

77-3 
60.  s 

4 

7 

—  o.  960 
+  -(.821 

+  7'  56  '2-3 
—  29  44  1  1.  8 

73-3 
69.  5 

8 
3 

•     3.62 
•5.62 

/O"/ 

7368 
7369 

B.  A.  C.  5884    .... 
Weisse(2)XVII,  523  . 

!{..    «_» 

6.0 
8.0 

18  42.08 
18  43.62 

uu.     J 

60.5 
59-5 

/ 
2 
2 

\        J'  ™**J 

3.819 
2.668 

—  29  35  56.0 
+  i?     3  52.3 

68.6 
69.  i 

2 
2 

J*  "• 

3-59 
3-59 

737° 

7771 

Weisse  XVII,  322   .    . 
p     Herculis  (ist*) 

7-5 

18  47.00 

17    l8    SO   Q1 

74.0 
6s  2 

2 
1 

3.020 

4-    2.  O7O 

4-     2  18 
4-  37  16  40.0 

6q.  2 

7 

3-59 
—    3.58 

/  J/  * 

7-172 

f)     Herculis  (2(1*)         .    . 

I  /     »u    3^.  yj 

18  51.11 

j1  *• 

6S    2 

j 

•1 

/ 
2.  O7O 

4-   17   16  is.  7 

s 

S7.  5 

J 
II 

J     J 

3-58 

/  J/  •*• 

7373 

Weisse  XVII,  324   .    . 

8.0 

18  52.35 

WJ.  • 

77.2 

J 

3 

.  \j  j  \j 
3.024 

1       O/                O  J     / 

+       2    I3 

J  i      J 

J     J 

3.58 

7374 

Weisse  XVII,  330   .    . 

8.0 

19     8.87 

77.0 

4 

3-023 

+       2    12    37.3 

74-5 

4 

3.56 

7375 

O.  Arg.  S.  16802  .    .    . 

7-6 

19     9.  82 

69.0 

2 

3.865 

--  31     5     i-4 

6:.  5 

2 

3-55 

7376 

B.  A.  C.  5888    .... 

6.0* 

17   19  10.77 

70.3 

5 

+    3.36I 

-  12  23     7.1 

69.6 

2 

-    3-55 

7377 

B.  A.  0.5890    .... 

5-5 

19    12.20 

55-9 

3 

3-  1  86 

4  57  34-9 

69.6 

2 

3-55 

7378 

Weisse  (2)  XVII,  554. 

6.6 

19  '9-  63 

69.0 

2 

2.  OI7 

+  38  42  39-  5 

47-5 

2 

3-54 

7379 

Lalande  31762      .    .    . 

7.0* 

19  19.  82 

65.3 

3 

2.078 

+  37     3     5-' 

54-5 

2 

3-54 

738o 

7-181 

B.  A.  €.5894    .    .    .    . 
IT  "Ophiuchi   

6.0* 

A      C 

19  33-56 

17    IQ    1J.    IQ 

59.6 
61   s 

2 

r 

2.893 
+    2.  Q74. 

+     7  43  16.6 
4-415  54.  6 

54-6 
61.2 

2 
7 

3-52 

—      •?.  S2 

/  J" 

7382 

Lalande  31771      .    .    . 

<t*   J 

6.0 

1  /    *y  J**"  my 

19  36.  18 

V/4.    J 

65.3 

j 

3 

*••  y  j  *t 

2.077 

+  37    4  42.0 

52.5 

J 

4 

J      J 

3-52 

7383 

B.  A.  C.  5892    .... 

7-2 

'9  38.34 

63.4 

7 

3-871 

-  3«   15  43-6 

62.1 

5 

3-51 

7384 

Weisse  (2)  XVII,  55  1  . 

7.0 

19  40.54 

59-5 

2 

2.  669 

4-   17     2  36.  i 

69.1 

2 

3-5' 

738S 

O.  Arg.  S.  16816  .    .    . 

8.2 

19  55-25 

64.5 

3 

3-573 

-    20   50  33.  O 

68.6 

2 

3-49 

7386 

B.  A.  €.5896    .    .    .    . 

7.0 

17  20    o.  43 

62.8 

4 

+  3-697 

-    25    23   2O.  I 

68.  i 

2 

3.48 

7387 

B.  A.  0.5897    .    .    .    . 

6.8 

20    9.  49 

67.5 

3 

3.876 

-  31  24  51-8 

68i8 

3 

3-47 

7388 

Lalande  31790     .    .    . 

7-5 

20  19.  99 

69.O 

2 

2.069 

4-  37  18  13-4 

61.5 

2 

3-45 

7389 

DM.  4-  37°,  2885     .    . 

7-3 

20  42.  72 

69.O 

2 

2.046 

4-  37  54  41-2 

75-5 

2 

3-42 

739° 

Weisse  (2)  XVII,  596  . 

7-7 

20  46.  04 

64-5 

2 

2.667 

+  '7     5  33-5 

69.  i 

2 

3-42 

7391 

B.  A.  C.  5900    .... 

6.o» 

17  20  46.60 

55.8 

3 

+    2.  587 

4-    2O    12      9.  2 

53-6 

3 

3-42 

7392 

Lacaille  7312    .... 

7-3 

2O   52.  20 

63.0 

4 

3-947 

-  33  35  58.  i 

71.2 

3 

3-41 

7393 

O.  Arg.  S.  16832  .    .    . 

9.0 

2O   52.  58 

74.2 

3 

+  3-447 

-  15  54    2.2 

72.0 

2 

3-41 

7394 

O.  Arg.  N.  17136      .    . 

7.6 

20   59.  82 

64.9 

3 

—  2.869 

+.  77  29  40.  o 

69.0 

2 

3-4° 

7395 
7306 

O.  Arg.  S.  16833  •    •    • 
v     Scorpii  

8.6 

2    C 

20  59.  88 

17   21    14.  87 

73-2 

rfi     C 

6 

+  3-448 

_|_    A    O72 

-  15  55  27.8 

—   VJ    IO  47.  S 

69.5 

<n.o 

3 
C 

3-40 
—     3-  -58 

/  oy 

7397 

O.  Arg.  S.  16842  .    .    . 

*  .) 

7-5 

21    26.32 

Ju-  -> 

69.0 

8 

T      *r*  **f  * 

3-448 

j  l    ••  ^  /  *  j 

-  IS  55    4-3 

j  J 
69.  2 

J 

4 

J     J 

3.36 

7398 
7399 
7400 

O.  Arg.  S.  16844  •    •    • 
O.  Arg.  S.  16847  •    •    • 
O.  Arg.  S.  16854  .    .    . 

8.0* 
9.0 
8.0 

21    28.  15 
21    31.  72 
21    49.  13 

64-5 

71.6 

67, 

3 
4 
4 

3-535 
3-492 
3-493 

-    19   21    22.  5 
-    17   41    22.3 

-  17  4i  45-3 

65.5 
58.2 
57-8 

2 

7 
9 

3.36 
3-35 
3-33 

188 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

lj 

rt 

P, 

C 
rt 
6 

^ 

1 
•8 

6 
K 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

tg 

m 
B 

>> 

C 
rt 

u 

?, 

1 
<** 
o 

6 
fc 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /              // 

// 

7401 

0.  Arg.  S.  16856  .    .    . 

8-3 

17  21   50.39 

72.0 

4 

+  3-448 

-  IS  54    0.8 

69.7 

6 

•     3-32 

7403 

Lacaille  7315    .... 

6.8 

21    51.38 

68.5 

2 

4.215 

-  40  55  38-  5 

64.0 

2 

3-32 

74°3 

74O4 

Weisse  XVII,  387    .    . 
Anonymous  .... 

6.5 
8.8 

22    1  8.  30 
22    71    7C. 

61.5 

60  o 

2 
2 

3.  206 
•<  880 

•     5  48    7-5 

11     Al     AO    8 

69.6 
66.5 

2 
2 

3-28 

/  t^-r 
7405 

Lacaille  7324   .... 

6.8 

'*   j'-  /  J 

22  33-  95 

V7*  ** 

63.3 

5 

o*  "wy 
3-949 

O1     T-J     T-^1  ° 

—  33  35  26.  3 

71-3 

4 

3-  26 
3.26 

7406 

74O7 

O.  Arg.  S.  16875  •    •    • 
r3    Ophiuchi 

8-3 

C    O 

17    22  46.  24 
22    £2    1H 

67.S 
62  « 

2 
21 

+  3-447 

•J     fill 

-  '5  52  27.1 

—    22     C  I        21 

70.5 

68.  3 

2 

3-24 

/  ^   / 
7408 

H.  A.  €.5908    .    .    .    . 

j*  w 

8.2 

*"*    J^-  JJ 
22   56.45 

u-*.  J 

65.9 

•*o 
3 

j-  uj.> 

3.888 

*  J    i)  *        »•  I 

-  3«  43    o.  7 

60.5 

4 

3-  23 
3-23 

7409 

B.  A.  €.5909    .    .    .    . 

6.  i 

23      2.92 

62.9 

3 

3-735 

—  26    9  30.  9 

66.5 

2 

3-22 

7410 

Weisse  XVII,  409   .    . 

9.0 

23     3-  25 

65.8 

3 

3.210 

5  58  17-9 

56.0 

4 

3-22 

7411 

Lacaille  7330   .... 

5-9 

17  23    8.42 

64.0 

2 

+  3-  968 

-  34  10    8.  6 

70.3 

3 

3-21 

7412 

Lacaille  7325    .... 

6.0 

23  15.  10 

59.6 

2 

4.  222 

-  4i     3  54-  i 

58.1 

8 

3-20 

74U 

O.Arg.  S.  16897      •    • 

9.0 

23  27.97 

62.5 

3 

3.604 

-  22  53  20.  5 

67.5 

3 

3.18 

74'4 

741? 

B.  A.  C.  5914  .... 
/I     Scorpii      ,    . 

6.5 

3   0* 

23  55-  '9 

24      6.  2Q 

63.6 

CA     n 

2 
c 

3.928 

4O6? 

—  32  57    3-o 
—   76  Co  <i8   c 

69.0 
cc  f, 

2 

3->4 

/  ^    J 

7416 

Lacaille  7341   .... 

>J 
6.9 

17    24      7.82 

->4-  y 
70.9 

j 
10 

•    ?T*^ 

+    3-821 

ju    ^y   40.  ^j 
—    29    32   40.  I 

55-  ° 
68.2 

4 
6 

3-  '3 
3-13 

7417 

O.  Arg.  S.  16908     .    . 

8.5 

24    16.96 

70.0 

2 

3-450 

-  15  59  10.9 

69.  i 

2 

3-«i 

7418 

7419 

li.  A.  0.5919    .    .    .    . 
Anonymous  

5-5 

24    2O.  46 
24.    11    68 

70.  6 

77   O 

2 

2 

3.007 

7    QIA 

+     2  49  59.8 

—    12    12 

72.0 

4 

3-n 

i   nA 

7420 

/I     Herculis    

4  <;* 

**r    jj-  **** 
21       4    O7 

/  /  •  *"* 

48  i 

14 

j~  y**T 

2    421 

J*    J* 

-j-  26  13     8.  2 

60  "  i 

2 

3.  Ob 

7421 

Anonymous  

*T*    J 

o   o 

™3     T"  yj 

17    21       8    17 

V  4 

60  i 

*  *T 
J 

•  .  if  i.  j. 

+      •3      Qlyl 

—     72     IO    22    C 

70  6 

3-  °5 

7422 

Anonymous  

y*  ** 

90 

*  /     *j       w«  ji 
21    17    41 

vy*  j 

60    7 

o1  y**i- 

3Q1  1 

jZ    j<J    ^^.  ^ 

-32    27     7O    fi 

7ri    c 

3 

—    3-°4 

7423 

Anonymous  .    .    . 

.  \j 
8  i 

*J       *  Jm    T11 

21    l6.  IQ 

vy.  i 

68.  3 

•  y*  j 

3QI  T 

J*    •*/    j".  U 
72    24        C    n 

70.  5 

71     A 

3-°3 

7424 

7425 

Brisbane  6122  .    .    .    . 
Anonymous      .    . 

**•  j 

9.0 

8  ? 

25  27.07 

21     "27     12 

69-5 

77    2 

I 

.  yi  i 
4.  124 

4121 

5*  ^4     5-  y 

-  38  42 

ifi    7f»    g7     T 

71.  o 

2 

3-°3 
3-oi 

7426 

B.  A.  €.5924    .    .    .    . 

"•  j 

6.5 

O    JJ-   ** 

17  25  33.47 

//•  * 

63-3 

_ 

4 

•  *  O 

+  3-891 

j°  ju  57-  * 
-  3«  46  14-9 

73-4 

in.  2 

5 
3 

3.00 
3-oo 

7427 

B.  A.  C.  5925  .... 

6.4 

25  33-8o 

68.1 

8 

3-914 

-  32  28  49.  4 

67.6 

4 

3-oo 

7428 

M.Z.  266,  20    .    .    .    . 

8.8 

25  37-  24 

65.5 

3 

3-873 

-  31  12  33-4 

69.  o 

2 

3-00 

7429 

B.  A.  €.5927    .    .    .    . 

5-6 

25  37-32 

68.6 

2 

2.  269 

+  3'  '5  53-8 

53-4 

3 

3-oo 

743° 

743  ' 

Lalancle  31931     ... 
Anonymous  .... 

8.0 

O    O 

25  49-47 

17    2C    <.{.    ?8 

66.0 
67  s 

2 
2 

3-495 

.  l_    ^    I2C 

-  17  44     i-o 

—     -!8    At 

56.6 

6 

2.98 

7432 

Anonymous  

y-  ** 
8  i 

*  /    Aj    j  j-  j° 
26      2.  92 

u/.  ^ 
7O   O 

r    «t-  f*j 
41  2  J. 

j°  4j  , 
—   78  20  ^R  S 

71     7 

—    2.97 

7433 

Lacaille  7349  .... 

**•  j 
6.6 

26    1  1  .  O6 

l\j.  y 
63.5 

2 

.  i  ^f 
4.081 

jo    rfy    ^Oi  ° 

-  37  20  23.  4 

/'•  7 

66.6 

2 

2.  96 

2-95 

7434 

O.  Arg.  S.  16952     .   . 

7-7 

26   22.  24 

72.8 

6 

3-505 

-  18    7  13-1 

75.0 

4 

2-93 

7435 
7436 

O.Arg.  S.  16958  .    .    . 
52  Ophiuchi 

9.0 

7    o 

26  43.  91 
17    26    17    21 

74.2 
76  ? 

3 

2 

3.506 

-I-    1  6oc 

-  18    911.5 

~~    Of     cfi    A  1     7 

75-9 

5 

2.92 

-      Q_ 

7437 

B.A.  0.5932    .... 

/  - 

5-o 

*  /    *v    j  J-  ** 

26  54.45 

/«•  j 

68.0 

4 

T^    J'  ULO 

4.  126 

-21   5°  43-  3 
-  38  31   54-  I 

71.9 
71.1 

3 
4 

—     z.  59 

2.89 

7438 

Taylor  8126      .... 

8.0 

26  59-57 

60.  4 

2 

3.676 

-  24  31  40.5 

55-5 

4 

2.88 

7439 

B.A.  0.5929   .... 

6.0* 

26  59.  60 

59-5 

2 

2.  OOI 

+  38  59  19-3 

54-o 

6 

2.88 

7440 

O.  Arg.  S.  16966     ..    . 

8.0 

27    8.  64 

67.5 

2 

3-506 

-  18    8  48.  6 

70.3 

3 

2.87 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


189 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

3 

K 

C 
rt 
V 

*% 

£ 

o 

IM 

O 

i 

•3  .1  . 
||| 

Mean 
Declination, 
1  860.0. 

|j 

« 

I. 

3 

s 

1 
(M 
O 

o 

fc 

Annual 
Precession, 
1860. 

-I    2* 

h.  m.      s. 
17   27    16.  24. 

4.Q.  6 

26 

s. 
4-    I.  HI 

0          /            // 

-1-    12    24.    22    7 

W  6 

1Q 

// 

—      2.8? 

8  <; 

27    1  8.  84 

69.  ? 

i 

4  082 

•37    2O   4O    Q 

71    ? 

•2 

2.81; 

7443 
7444 
7445 

7446 

7447 
7448 

7449 

Weisse(2)XVII,  831  . 
Weisse  XVII,  508   .    . 
B.  A.  0.5938    .    .    .    . 

O.  Arg.  S.  16978  .    .    . 
M.Z.  33,  ii  
Lacaille735i    .... 
Lacaille  7362   .... 

7-2 

8.0 
7.0 

6.8 
8.0 
6.8 

7-5 
8  <; 

27  30.48 
27  32.38 
27  51-80 

17  28  3.55 
28  9.15 

28  16.  90 
28  20.  02 

28  24.  80 

68.6 

65.5 
64.6 

68.6 

73-o 
63-5 
63-5 
70.  o 

2 

3 

2 

2 
2 

2 
2 

2.  115 

2.776 
3.900 

+  3-496 
4.008 
4.098 

3-975 
4  081 

+  35  S2  29.4 
4-   12  36  47.2 
-  32     2    o.  8 

-  >7  45  57-5 
-  35  14  26.  2 

-  36  45  56-  > 
-  34  '5  33-  6 
17    l8   ?6   7 

60.5 

69-5 
67.6 

63.0 

70.8 
67.6 

67.5 
60.  Q 

2 

2 
2 

2 

3 

2 

2 

-3 

2.83 
2.83 
2.80 

2.79 
2.78 

2-77 
2.76 

2.  7C 

74^1 

a     *  )phiu(.hi   

2.0* 

17  28  26.  16 

58.  i 

2<;o 

--)-  2.  774 

4-   12  1Q  55.  6 

si.  7 

81 

—     2.  75 

7452 

7453 
7454 
7455 

•7  -1C  6 

B.A.C.  5943    .    .    .    - 
B.  VI.  I7h,68  .... 
I.alande  32045      .    .    . 
B.A.C.  5946    .    .    .    . 

7-7 
8-5 
8.5 

7-3 

4    ? 

28  53.  79 
29  10.56 
29  1  8.  20 

29    22.  90 
17    20   2S.  28 

62.4 
71.8 
60.5 
63.2 

62.  c 

8 

4 

2 

8 

2 

3-787 
3-57° 
3-687 
3-775 

-\-  i.  1  60 

-    28    2O   48.  2 

-  20  35  56.  i 

-  24  52  34.6 

—  27  57  26.  2 

-1-     HI     l6    <2.  I 

6i-3 
68.6 
59-2 
60.5 

6Tl.  2 

9 
3 
3 
ii 

-3 

2.71 

2.  69 

2.68 

2.67 

—    2.67 

74.C7 

20    to.  21 

77-  ° 

2 

1    S7O 

—    2O    34.    42   4 

72.  ( 

2 

2.66 

74^8 

A      7 

2Q    IO.  6? 

62.  5 

2 

I    1  60 

-i-  <;<;  16  10  t; 

61.2 

3 

2.66 

74^0 

A     O 

2Q    14.  IO 

67.   < 

'l 

1.  41"? 

I  e    i  8  24   2 

67  6 

2 

2.66 

7460 

10    8.  10 

73.  1 

2 

4.  OOS 

?e      7  4.6  6 

7o  6 

I 

2.60 

7461 
7462 

7463 
7464 

746^ 

B.A.C.  5952    .    .    .    . 
O.  Arg.  S.  17014  .    .    . 
B.A.C.  5955    .    .    .    . 
B.  A.  C.  5956   .... 
Anonymous  

7.0 

7-3 
6-5 
7.0 

'7  3°  IO-73 
30  21.39 

3°  24  97 
30  29.  50 

TO  41.  48 

61.7 

69.  o 
66.0 
59.6 
69.  5 

4 
2 
2 
2 

+  3-  787 
3-743 
3.820 

3-834 

4.OOC 

—  28  19  25.3 

-  26  50  56.  o 
—  29  26  41.  7 
—  29  52  29.  5 
—  l(     8     ?.o 

61.3 

66.5 

62.5 

56.8 
61.  s 

4 
3 

2 

4 
i 

—    2.60 
2.58 
2.58 

2-57 
2.  55 

7466 

Anonymous  

8.0 

17    1O  47. 

4-   3.  004. 

—    12      ^21.8 

7O.  5 

i 

—       2.  SS 

7467 
7468 

Lacaille  7382   .... 
Lalande  32165     ... 

7.0 
6.0 

8  « 

3°  53-  70 
30  53-  74 
70  i;c.o6 

67.4 
68.6 
66.9 

9 

2 

j 

3-905 

2.058 
%  003 

-  32     7     2.6 
+  37  23  32.  2 

32      4    37.  O 

74.6 
48.0 

69  6 

7 

2 
2 

2-54 

2-54 

2.  S.4 

74.7O 

7   O 

31        3.  4Q 

60.  o 

c 

3  006 

32    IO    2H.  H 

7O    Q 

I  3 

2.  SI 

8  o 

17    11     1  1    Q3 

7O.  I 

2 

4-    3    QO7 

32    IO    14    8 

60.  2 

2    O 

7472 

B.A.C.  5962    .    .    ,    . 

6.0* 
8  s 

31     17.04 
•31     17    Q4. 

59-5 
68  5 

2 
^ 

2.  290 

-f    30    52    24.9 
5r      4.    21*    I 

53-4 
61  « 

4 
I 

2.51 
2    SO 

7474 

74.7  f 

B.A.C.  5961    .    .    .    . 
Anonymous  

7-4 
7.  o 

3'  30.95 
ii   16.  i  6 

64-3 

67.  o 

5 

7 

3-805 

-3    004. 

-  28  50  28.  7 

—    12      4   28.  1 

67.6 
71.  0 

3 
4 

2.48 
2.48 

7476 

7477 
7478 
7479 

7d8o 

B.  A.  C.  5964  .... 
B.  A.  C.  5966  .... 
Weisse  XVII,  620  .    . 
B.A.C.  5968    .    .    .    . 

6-5 
8.0 

7-5 
8.0 
S.o* 

17  31  51.  10 

3i  54.32 
3'  57-26 
32  3°-93 

12    11    Q4 

65.0 

63.3 
62.  9 
70.  6 
76  6 

5 

6 

2 

3 

+  3-906 
3-772 
2.770 

+  3-903 

o  25  1 

~32    8    3.7 
-  27  48  42.  8 
-f  12  49  16.4 

—   S2      2      1.7 

4-  68  ii  27.  6 

70.7 
65.I 
66.0 

72.5 
71.  1 

10 

2 
2 

6 

2 

-       2.46 
2.45 
2.45 
2.40 
2.4O 

190 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude.  ' 

Mean  Right 
Ascension, 
1  860.0. 

1-1 
rt 
B 
>* 

c 

rt 

D 

s 

| 

o 

IM 

O 

O 

£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 

E 

c 

rt 
|] 

s 

1 
"o 

1 

Annual 
Precession, 
1860. 

i 

h.  m.      s. 

s. 

°      f      ff 

// 

7481 

O.  Arg.  S.  17063  .    .    . 

8.2 

17  32  32-63 

68.9 

2 

+  3-503 

-  18    o  15.  4 

56-9 

3 

—     2.40 

7482 

7A83 

I.acaille  7395    .... 

6.2 

3.0 

32  45.60 
32  48.  28 

63-5 
63.0 

3 
3 

3-948 
3-  '45 

—  33  25  38.0 
—  38  57  ii.  8 

68.5 

70.  9 

4 
3 

2.38 
2.  37 

/T-UJ 
7484 
7485 

O.  Arg.  S.  17068  .    .    . 

J 

8.8 
6.0 

32  56.  68 
32  58.  II 

68.9 
63.2 

2 

3 

3-  505 
i.  562 

-  18    4  10.3 

-|-  48  40     8.  o 

56-4 
66.5 

2 
2 

O  / 

2.36 

2.  36 

/n"j 

7686 

Tr.  7.31,13     .... 

7.2 

17  32  59-00 

69.5 

+  4.016 

-  35  25  22.  6 

67-5 

2 

J 

2.36 

74«7 

74.88 

O.  Arg.  S.  17070  .    .    . 

8.8 
7.8 

33     1.98 
\\  16.  m 

69-3 

60.  o 

^ 

2 

3-539 
3.  076 

19   22   41.4 
—    34    14    3Q.  4 

57-5 
67.  5 

2 
2 

2.36 
2.  31 

/  t(-"J 
7,180 

/ 

1.  o 

JO                  J 

33  1.2.86 

™y 
60.  3 

21 

j    y  t 
3.  374 

O^      "  T1     JI71   ^ 

--    12   47   48.  ? 

/      J 

67.  i 

2 

OJ 
2.  3I 

I'r'y 

7490 

O.  Arg.  S.  17091  .    .    . 

J     ** 

7-5 

JJ     J 

33  50.48 

J 

68.4 

6 

O     Jl  ^ 

3-634 

•(•/      "T"-  J 

-  23  16  34.  9 

64.6 

2 

•"  (j* 

2.28 

749' 

O.  Arg.  S.  17094  .    .    . 

7-5 

'7  33  54- 

+   3-654 

-  23  39  42-  7 

72.0 

2 

—   2.28 

7492 

7,107 

B.A.C.5977    .... 

6.4 

8.  7 

33  55-53 

74       1  .  41 

63.8 

64  8 

3 
4 

3-934 
?   772 

-  32  58  42.  i 

—    27   46    13    Q 

61.5 
68.0 

3 

2 

2.28 

2.  27 

fryj 
7494 

M.Z.33,15  

*•*"    / 

6.8 

Ot                 "   *TJ 

34    4-01 

"*f  •  *•* 

69.0 

2 

j   1  1 
4.010 

ml    ^w    *  o   y 

-  35  13  32.3 

69.0 

2 

"  *•/ 
2.  26 

7495 

7,106 

O.  Arg.  S.  17098  .    .    . 
Anonymous 

9.0 
8.  8 

34     8.  23 

17    34.    21    21 

67.1 
67  6 

4 

2 

3-538 
-4-    7    77Q 

-  '9  19  41-4 
—  28    o  15.  8 

56.9 
60  ^ 

3 

2 

2.  26 
—       2    21 

/4yu 

7497 

15.  A.  C.  5980    .... 

6.6 

*  /    j*r   "J*  *• 

34  25.  56 

w*  -  w 
64.  i 

2 

1         J"    1  i  7 

3.922 

-  32  35  28.  i 

y  j 

67.6 

2 

"  ^J 

2.23 

7498 

Lacaille  7406  .... 

6.0 

34  25.  82 

63.1 

2 

4.138 

-  38  44     o.  2 

68.6 

2 

2.23 

7499 

M.Z.35,3    

7-5 

34  28.  23 

69-3 

5 

4.017 

-  35  25  45-  i 

67-5 

2 

2.23 

7500 

Tr.Z.  39,  21      .    .    .    . 

8.0 

34  28.86 

77-1 

5 

3-  981 

-  34  22  47.  3 

67.O 

2 

2.23 

7501 

IS.  A.  €.5981     .    .    .    . 

6.5 

17  34  28.92 

63.  i 

«3 

+  3-773 

-  27  48  43.  5 

65.6 

2 

•   2.23 

7502 

li.  A.  C.  5983    .... 

7.0 

34  3'-59 

62.5 

3 

3-843 

-  30    6  17.7 

65.0 

2 

2.  22 

7S°3 

B.  A.  0.5986   .... 

6.0* 

34  40.  20 

59-5 

2 

2.  265 

+  31   16  43.6 

53-5 

4 

2.  21 

75°4 

Rilmker  5958  .... 

6.9 

34  5>-43 

62.8 

4 

2.  7IO 

+  15  15  '3-5 

64.5 

2 

2.  2O 

75°5 

U.  Arg.  S.  17114     .    . 

9.0 

34  52-  98 

59.6 

2 

3-54' 

-    19   26    10.  2 

65.6 

3 

2.19 

75o6 

75°7 
7<;o8 

].alande  32322     .    .    . 
M.Z.  44,  2     
58  Ophiuchi  

8.0 
8.0 

?.  <; 

'7  34  53-62 
35     '-41 

IS      2.  ?6 

69.  o 
69.0 

C.7    e 

2 
2 
i  7 

+    2.O6O 
3-877 

1     CQQ 

+  37  '7  35-0 
-  31   12  20.3 
—  21   36  40.  4 

62.  2 

67.5 

c.6.  2 

4 

2 

t 

2.19 
2.  ,8 
2.  l8 

/  s***1 

7  COO 

i  Ilerculis        

j  j 

A    O* 

jj       '  j 

•3C     7O    86 

Jt    j 

c.  3  8 

•  / 
4 

J-  JW 
I.  69! 

-L    46      4    57    2 

J-" 

72    Q 

3 
7 

2    14 

/  J    s 

75>o 

Lacaille  7414   .    .    .    . 

*f.  \j 
7.0 

Jj    J 

35  38-  76 

JJ-  w 

65-9 

•f 

5 

4.019 

j—     "t"        *T     J  1 

-  35  27  49-  4 

/      y 
67.  2 

/ 

3 

•*"    •  *T 

2-13 

75" 

13.  A.  C.  5989    .... 

6.9 

'7  35  45-53 

63-5 

6 

+  3-  653 

-  23  36  37.9 

6l.8 

4 

2.  12 

7512 

O.  Arg.  S.  17132  .    .    . 

8.7 

35  46.9° 

65.6 

2 

3-782 

-  28     6  39.3 

69.I 

2 

2.  12 

75'3 

7  1  1d. 

O.  Arg.  S.  17133  .    .    . 
Anonymous           . 

8.2* 
8.2 

35  56.  76 

•jc    c?    TO 

76.6 
69.  o 

t 

2 

3.600 

4OO7 

-  21  39  51.2 

—    -1C       7    2*1    O 

73-o 

67.  o 

2 
2 

2.  IO 
•2.  IO 

/  ,)  *T- 

75'5 

13.  A.  C.  5992   .    .    .    . 

6.5 

jj  jt  •  *  y 
35  57-53 

70.  6 

2 

•  *"*/ 

3-613 

JJ       1     *•*+•  u 
-    22      7    39.  I 

68.5 

2 

2.  10 

7516 
7C.I7 

Weisse  XVII,  697   .    . 
ft    Ophiuchi    

8.6 

4.  2 

17  36  23.96 
16  n.  "lo 

65-5 

48.  <; 

4 
10 

+  3-  258 

2.  064 

7  57  27.2 
4-     4   37  45,.  ? 

65.6 

68.6 

2 
2 

2.O6 
2.  OC. 

/  j  •  / 
75i8 

O.  Arg.  S.  17152  .   .    . 

if.   m 

8.9 

j     j-*  j 
36  33-97 

t1-"  j 

65.6 

*  -* 

2 

mi  yt 

3-  779 

T          T    Jf     ^J     J 

-  27  58  48-  5 

67.6 

2 

**•  "j 
2.05 

75i9 

O.  Arg.  S.  17157  .    .    . 

9.2 

36  42.  01 

65.6 

2 

3-779 

-    28      0       2.  5 

67.6 

2 

2.O4 

7520 

Lacaille  7420  .... 

6.0 

36  48.08 

63-9 

2 

4-157 

-  39  12     8.0 

69.6 

2 

2.03 

U.   S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

t 
>* 

C 
a 

1 

yj 

"o 
'o 
6 
fc 

Annual 

Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

S 

>* 

1 
?, 

1 

"o 
o 

Z 

Annual 
Precession, 
1860. 

7521 

7C'»2 

O.  Arg.  S.  17159  .    .    . 

9.0 

h.  in.      s. 
17  36  4M7 

;6   4Q. 

69.6 

2 

s. 
-i-  3-600 
^.  2^4 

0            /           // 

21    38   39.  I 

7  48  15.4 

72.2 

6«.  6 

2 

// 
2.03 

2.O? 

7523 

Weisse  XVII,  713  .    . 

8.  I 

36    58.46 

7i.8 

II 

+  3-254 

7  47  26.0 

65.6 

2 

2.  OI 

7524 

O.  Arg.  N.  17413      •    • 

8-5 

37  '3-69 

75-6 

4 

-  o-  301 

+  68  34 

i  99 

7525 

O.  Arg.  N.  17419    .    . 

8.0 

37  22.38 

77-  i 

4 

—  o.  297 

+  68  27  29.  3 

75-i 

5 

I.  98 

7526 

Lacaille  7424   .... 

6.2 

I?  37  3°-93 

63.1 

2 

+  4-"4 

-  38     3     5-o 

68.5 

2 

I.  96 

7527 
7=128 

Lacaille  7423   .... 

7.0 
1.  5 

37  35-82 
w  16.  82 

63.1 

59-  5 

2 

2 

4.  164 

-f    2.  468 

-  39  21  4i-5 

+    24    23    27.  2 

70.  6 
54-  5 

2 

3 

1.96 
1.96 

7C2Q 

4.6 

37  46.  42 

63.  o 

8 

—  o.  363 

+  68  49  22.  3 

67.  9 

19 

i.  94 

7C^O 

(.  5 

37  47.  52 

63.6 

2 

~f-    4-   191 

—  40     4     ^.  7 

63.5 

2 

i.  94 

7C  ;i 

S.  2 

17    -17    c  :.  40 

76.  Q 

3 

+  3-  997 

-  34  47  27.  9 

72.0 

3 

5-  93 

S.  o 

38       2.  14 

74-  5 

2 

3-  993 

34  40  33.  i 

71.6 

2 

i.  92 

75  :3 

Mer.  C.  /,.  132,  22    .    . 

7-4 

38    9-5° 

63.6 

2 

3-654 

-  23  37  28.  i 

61.0 

4 

1.91 

7534 

S  1980  (ist*)  .... 

7.6 

38  26.  78 

64.4 

3 

3-385 

-  '3  '4  52-  i 

69.7 

2 

1.88 

7535 

2  1980  (2d»)    .... 

7.6 

38  27.  13 

64.4 

3 

3-385 

-  13  14  38.0 

59-7 

2 

1.88 

7536 

Lacaille  74jo   .... 

7.0 
c   o 

17  38  29.90 

-?8'  44.  Q7 

67-5 
62.  o 

4 
16 

+  3-978 

7.   771 

-  34  '5   "'-0 

—    27    46    2\.  Q 

70.  6 

60.6 

6 

? 

1.88 
1.86 

7538 

Lacaille  7435    .... 

6.5 

38   49.  90 

66.0 

2 

4-033 

-  35  50  18.4 

73-7 

2 

1.85 

7539 

Lacaille  7433   .... 

6.5 

38   51.26 

67.2 

3 

4-  "5 

-  38     4  43.  2 

68.5 

2 

-.85 

7540 

Weisse  XVII,  755  .    . 

7.6 

38  55-  43 

65.  6 

4 

3-257 

7  55   '6.8 

65.6 

4 

1.84 

754' 

Lalande  23418     .    .    . 

8-5 

17  39     5-83 

59-5 

2 

+  3-697 

-  25     7  53-  i 

66.0 

2 

1.83 

7342 

Lacaille  7441    .... 

7-  I 

39     7-12 

64.0 

2 

3-924 

-  32  3^  52.  3 

60.  i 

4 

1.82 

7543 

O.  Arg.  S.  17209  .    .    . 

7-2 

39  i°-  '5 

64.5 

2 

3-577 

—  20  46  49.  i 

65.1 

2 

1.82 

7544 

Taylor  8219     .... 

6.8 

39  "5-77 

68.5 

2 

3.506 

-  18    3    0.9 

65-4 

6 

1.81 

7545" 

Tr.  Z.  29,59      •    •    •    . 

8.0 

39  21.06 

69.  i 

2 

4.  116 

-  38     3  53-  i 

68.5 

2 

i.  Si 

7546 

Weisse  XVII,  779   .    . 

8.6 

i-  39  32-62 

65.6 

3 

+  0-260 

•    S     o  54.9 

65.6 

3 

i-79 

7547 

U.  A.  €.6015    .    .    .    . 

6-3 

39  42.  «3 

57-5 

7 

3-748 

-  26  55  13.  i 

67.  2 

3 

i-77 

7548 

Lacaille  7443   .    . 

6.0 

39  43-41 

66.  o 

2 

4.  148 

-  38  55  53-3 

69.  I 

2 

i-77 

7549 

B.  A.  C.  6016    .... 

5-5 

40    4.90 

65-5 

2 

3.893 

-  3'   39     3-  i 

67.2 

3 

'•74 

7550 

Lacaille  7448   .... 

6.8 

40    6.  32 

67.4 

5 

4.016 

-  35   '9  35-4 

69.  2 

3 

1.74 

755" 

Weisse  XVII,  787  .    . 

8.2 

17  40     9.79 

59.6 

2 

+  3-393 

-  >3  33    8.0 

56.1 

4 

i-73 

7552 

H.  A.  0.6017    .    .    .    . 
I!  A  C  6018 

6.8 
4.0* 

40  16.05 

67.1 
cc   o 

3 

3.858 

4   O76 

-  30  32  39-o 
36  so  40  o 

63-5 

<u.  $ 

2 

•3 

1.72 

I    72 

C     O 

66  o 

40    2  25  6 

66  < 

2 

I    71 

7ccc 

j.o  }7  68 

.    ;c    17 

I.  60 

7556 

7SS.7 

Anonymous  
)'     Ophiuchi   

9.0 
4.0* 

I?      40      50.25 

4O    <  2  .  4O 

69.5 

C4.  6 

3 

-|-    4.016 

3  °°8 

-  35  18  36.0 

4-      2   4<I    47.  T. 

73-6 

Co.  o 

2 

5 

—     1.68 
1.67 

7rr8 

yz     Herculis    

1.4* 

40  c8  60 

65  8 

77 

2    "?6o 

-r    27   48    18.9 

58.  6 

10 

1.66 

7559 

O.  Arg.  S.  17242  .    .    . 

8.0 

41       6.58 

76.6 

3.870 

-  30  54  40.  9 

74-9 

3 

1.65 

7560 

Weisse  XVII,  810  .    . 

9.0 

41     17.  12 

60.  5 

2 

3-338 

-  ii   17  24.  8 

56.5 

3 

1.64 

i 

192 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

3 

>-, 

C 

a 
v 

s 

1 
*o 
o 
£ 

Annual 
Precession, 
i860. 

Me*i 
Declination, 
1  860.0. 

Mean  year. 

J 
o 

IM 
O 

O 

« 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

756l 

O.  Arg.  S.  17249  .    .    . 

7-2 

17  41  '20.86 

68.5 

2 

+  3-744 

-  26  45  43.  8 

68.0 

2 

-     1.63 

7562 

B.  A.  C.  6023    .    .    .-  . 

6.4 

41   23.84 

63.8 

5 

3.670 

-  24    9  25.  2 

64.  i 

4 

1.63 

7563 

B.A.  C.  6024    .... 

6.7 

4'   35-  °2 

62.5 

3 

3.752 

-  27    o  43.  7 

65-4 

2 

1.61 

7564 

•refjc 

Lacaille  7459   .... 
Anonymous  

7-2 

7    6 

41   37-45 
41    4"?   4Q 

63.5 

67.8 

3 
6 

3.960 
4.  016 

-  33  39  32-3 
-  35   18     2.  3 

70.  i 
70.  I 

2 

1.61 
i.  60 

i  j^j 

7566 

Anonymous  

/  •  u 

8.2 

T  •    to*  ^y 

i?  4i  45-35 

68.4 

5 

+  4.016 

-  35  i?  25.5 

69.9 

6 

1-59 

7567 

O.  Arg.  S.  17260  .    .    . 

8.4 

41  48.  18 

76.6 

•3 

3.870 

-  30  54  29.  i 

73-6 

2 

1.59 

7^68 

Anonymous  .        ... 

9O 

41  50.  oo 

67.  5 

2 

?  6ic 

• 
—    22    14.    10.  7 

70  6 

I 

I.  5O 

/  ju" 
7569 

7C.7O 

O.  Arg.  S.  17262  .    .    . 
M  Z   i  24  5               .    . 

•  w 

S.o 

8.  2 

42       2.  38 
42    1  1.  28 

"/  •  J 

76.6 

64  6 

3 

2 

,>•  "jj 

3.871 

37OO 

J*T     JI7*    / 

-  3°  55  28.  5 

—    28    ^6    47    7 

/   • 
73.6 
6q  I 

2 

4. 

jy 

i-57 
i.  56 

/  j/"-* 

"^*  w 

•  /yy 

***  y  "O'  / 

"7"    * 

T1 

j" 

757' 

I.acaille  7465  (ist*)    . 

8.2 

17  42  II.  71 

7O.  2 

3 

+  3-858 

-  30  31 

• 

1-56 

7572 

7C?7 

Lacaille  7465  (21!*)     . 
\I  /    ic   q 

•7-4 

K   c 

42  11.95 

42  28.  66 

70.  o 
6-r    e 

4 
2 

3.858 

4OI  7 

-  30  30  40.  8 

—    ic    in    18    C 

66.0 

72    I 

2 

4. 

1.56 

I      S  ? 

/  Ji  O 

7574 

M.  Z.44,4    

°.  5 

7-0 

42  31.  ii 

vt  •  3 
64.5 

2 

.  \ji  / 

3.885 

jj   *y  •***  j 

-    31    22      9.5 

/  *•• 

69.9 

•f 

2 

1  '  JJ 

i-53 

7575 

Anonymous  

7-5 

42  32.89 

73-8 

3 

3-  996 

-  34  44  20.0 

70.6 

2 

i.  S3 

7576 

Weisse  XVI  I,  834   .    . 

8.0 

'7  42  33-  I0 

61.0 

2 

+  3.358 

-  '2     6  53.3 

59-2 

4 

'•53 

7577 
7578 

Weisse  XVI  I,  835    .    . 
BAG  6027 

9.0 
72 

42  37-34 
42  78.  01 

65.1 

6e    ; 

2 

3-377 
3   did. 

-   12  53  25.2 

—    22    52    15     I 

56.5 

6O.   7. 

2 
, 

1.52 

I    52 

/  j  t  u 

7579 

O.  Arg.  S.  17275  .    .    . 

•  ** 
8.8 

42  48.  50 

j.  j 
67.5 

2 

•  W.JT> 

3-485 

'*    J       M  J    ' 
-     I?    12    41.8 

"y  j 

69.6 

J 
2 

*  •   J-" 

1.50 

7580 

B.  A.  C.  6028  .... 

6.0 

42  53.40 

74-7 

6 

3-997 

-  34  45  24.  o 

69.8 

4 

1.50 

758i 

M./.27.47  

17  43     0.56 

64-5 

2 

+  3.798 

-  28  34  45.5 

66.9 

3 

1.49 

7582 

B.  A.  0.6031   .... 

5-3 

43     1-46 

66.5 

2 

3-984 

-  34  22  29.  8 

67.5 

2 

1.48 

7583 

Weisse  (2)  XVII,  1394 

7.0 

43     3-65 

74.0 

5 

2.097 

4  36    9  52.  5 

75-2 

3 

1.48 

7584 

7585 

DM.  -f  36°,  2942     .    . 
.Anonymous           . 

7-0 

43     4.87 

A~}        f\    e\f) 

69.  i 

77    5 

2 

2 

2.082 

4.  ooo 

4  36  35  31-9 

—    7.4.   4.Q 

48.4 

I 

1.48 

I      48 

/  j^j 
75S6 

87  Ilerculis    

6.0 

*rj     u-  yu 
17  43     8.58 

/  /•  J 

59-5 

2 

4  2-43« 

JT-  *ty 

4  25  40  18.5 

54-5 

3 

1  .    tf.U 

'•47 

7587 

Weisse  (2)  XVII,  1398 

7-5 

43     9-  72 

73-i 

4 

2.096 

j-    36    12      2.  I 

72-5 

3 

'•47 

7588 

I.acaille  7469    .... 

7-5 

43  13-  28 

62.8 

8 

3.882 

-  3"   '7    9-6 

62.  7 

10 

'.  47 

7589 

O.  Arg.  S.  17281  .    .    . 

7-9 

43  14.55 

65.2 

6 

3-7'5 

-  25  43  48.0 

66.3 

4 

'•47 

759° 

Weisse  XVII,  846  . 

8.8 

43  14.84 

61.  i 

2 

3.402 

U  55     3-i 

57-7 

5 

1.47 

759' 

O.  Arg.  S.  17284  . 

9.0 

17  43  21.05 

65.6 

I 

4  3-715 

-  25  45     5-8 

72.6 

i 

—     1.46 

7592 

Lalamle  32631      .    .    . 

7-  2 

43  29.3' 

69.5 

2 

2.019 

4  38  i?     4-2 

61.5 

2 

1.44 

7593 

7*104. 

O.  Arg.  S.  17286  .    .    . 
M.Z    «,  22  . 

7-5 

6.  2 

43  29.34 

A't     1A     ?C 

63.6 
67.  o 

I 
2 

3-847 

4OOC 

-  30  ii 

—    14.    ^8   4"?   4 

7O.  O 

1.44 
I.  44 

/  jyt 

7595 

*•"  ,5J>      * 

Weisse  XVII,  857    .    . 

9.  o* 

TO   j4-  oj 
43  38-38 

61.1 

2 

•  v-/v'  J 

3.403 

Jt      J**     *TJ.  *T 

—  '3  55  30.  7 

/  **• 

61.0 

2 

1-43 

7596 

O.  Arg.  S.  17291  .    .    . 

8.0 

'7  43  49-98 

67.3 

3 

4  3-753 

-  27     3     7.  3 

68.0 

2 

—     1.41 

7597 

Brisbane  6234  .... 

8.0 

43  56.  68 

63-4 

4 

3-995 

-  34  55 

.   .    . 

1.41 

7598 

Brisbane  6236  .... 

8.0 

44    o. 

3-  995 

-  34  41  30.  6 

71.8 

4 

1.41 

7599 

M.Z.  16,61  

7.0 

44     i.  48 

62.6 

2 

4.058 

-  36  28  13.4 

70.6 

2 

1.40 

7600 

M.  Z.  33,  24  

7.0 

44     2.25 

68.4 

4 

4.005 

-  34  58  42.  8 

72.6 

2 

1.40 

U.  £.  NAVAL  OBSERVATORY,  1845  TO  1877. 


193 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

C3 

C 

PS 

c 

CJ 

I) 

S3 

4J 

; 

(M 

O 

1 

Annual 
•  Precession, 
1860. 

Mean 
Decli  ation, 
1  860.0. 

>* 

1 

s 

1 
'o 
o 

£ 

Annual 
Precession, 
1860. 

7601 
7602 
7603 
7604 
760"; 

B.  A.  C.  6038  .... 
Weisse  XVII,  867   .    . 
B.  A.  C.  6041   .... 
B.  A.  C.  6039  .... 

7.0 

8-5 
7.2 
6.5 

h.    m.      s. 
17  44     2.85 

44     3.82 
44    4-  43 
44     5-2' 

75-3 
59.6 
62.  y 
68.5 
69  6 

5 

2 

3 

2 

s. 
+  4.001 

3-429 
3-533 
3-9°5 

o        /        // 

—  34  51  23.8 
-  14  59     8.  2 
—  19    4  50.2 
-  3i  59  38-4 

73-8 
56.6 
60.0 
58.5 

1A     ft 

5 

2 
.2 

3 

// 
1.40 

«-39 
'•39 
'•39 

7606 

Anonymous  

7    <* 

17    44    14.    32 

77   O 

_1_     7     nnX 

76  8 

i-39 

T       '<s 

7607 

Anonymous  

6  c 

67    I 

3 

i.  38 

7608 

B.  A.  C.  6042   .    .    . 

7O    C 

I.  30 

T      if, 

7609 
7610 

i/i1   Draconis  (ist*)    .    .    . 
Anonymous  

4-7 
8  o 

44  26.  07 

62.  9 

10 

-     1.087 

-f-    72    12    56.  I 

73-  * 
69.4 

•76  54 

3 
16 

I.  30 

1.36 
Y      lf\ 

761  1 

i/i1   Draconis  (2d  *)    .    .    . 

17  44  28. 

J_    72    13    25    C 

3 

i-3° 

T      7fi 

7612 

7613 

B.  VI,  I7h,  102     ... 
Anonymous 

7-5 

44  3I-2S 

69-5 
69  6 

2 

+  3-  782 

-  28     i   10.  6 

56.4 

An    i 

4 

1.  JO 

i-35 

7614 

761  c 

B.  A.  C.  6043  .... 

7-5 
7  6 

44  34-  78 

70.7 

6 

3-996 

-  34  42  56.  5 

09.  I 

67-5 

3 

'•  35 

'•35 

7616 

Anonymous  .    .    .    .    . 

8.0 

17    44.   4O    34, 

6Q     <C 

3-  999 

J4  47  39-  D 

75-  3 

'•  34 

7617 
7618 

7610 

B.  A.  C.  6044  .... 
M.  Z.  16,62      .    .    .    . 
Anonymous  

7.  o* 
8.0 
7.O 

44  47-  45 

44  50.  8  1 

44    52    66 

60.  9 
64.6 
66  6 

7 
i 

3-759 
4-053 

-  27    14,47-3 
—  36  20  16.  4 

•  5 
72.1 

71-5 

2 
I 

'•34 

'•33 
«-33 

7620 

Anonymous  

7    I 

'•3a 

7631 
7622 

7623 

7624 

O.  Arg.  S.  17320     .    . 
B.  A.  C.  6045  .... 
B.  A.  C.  6046  .... 
-    Anonymous  

7-4 
6.0 
6.8 
8.0 

17  44  55.61 
45     1-5' 

45     8-  47 
«I  c 

65.5 
77.5 
67.6 

4 
3 
5 

+  3-Soi 
4.001 
3.986 

-  28  39    7.  8 
-  34  5°  36-0 
-  34  25  54.  7 

69-5 
74-4 
68.0 

2 

6 
4 

'•  32 

1.32 
1.30 
1.30 

7625 

7626 
7627 

B.  A.C.  6049   .... 
Weisse  XVII,  905   .    . 

6.0* 

7-7 
6  o 

45  16.87 
17  45  22.95 

AC     28     8d 

55-2 

64.5 
63  6 

3 

5 

3-328 
+  3-256 

-  10  51  41.2 

-    7  52  25.7 

56-5 
70.0 

2 

2 

i.  29 
1.29 

1.28 

7628 

Anonymous  

4?    ??. 

•  J 

i.  27 

7629 

7630 

B.  A.  0.6051    .... 

5-2 
c    c 

45  39-  S6 

63.5 
61  <; 

4 

4-057 

-  36  26  32.  5 

I      (-Q   ^g    eg    o 

71-5 

III!     -7 

2 

i.  ^5 
'•25 

7631 

7632 

Weisse  XVII,  929  .    . 
Anonymous  

7-5 
8.  S 

17  45  57-15 

4.6      6    32 

70.0 
67  « 

3 

*•  4Ji> 

+  2.868 
-j  803 

+    841     5-9 

oo.  7 

71.6 
68  6 

3 

2 

I.  25 
1-23 

7673 

£  2OIO  

7   4. 

46      Q    C7 

68  6 

68  o 

7634 

63  Ophiuchi  

6  <; 

46    17    21 

Co    A 

g 

7635 
7636 

O.  Arg.  S.  17339     •    • 

8-5 

8.2 

46    18.59 
17  46    IQ  6^ 

64.5 
60  5 

3 

3-584 

+     A.   O7i; 

-  20  59  22.  5 

17       7 

uy.  7 
65.6 

2 

I.  2O 

7637 

7.  1 

4.6    21     35 

76  6 

7638 

Anonymous  

8   2 

4.6    2^    62 

69  6 

-77       2 

1.  19 

7639 
7640 

Lalande  32747     .    .    . 
Tr.  Z.  30,  60     .... 

7.0 

8.0 

46    25.83 
46    27.38 

69.5 
69.1 

3 

2 

2.  Oil 
3-905 

+    38    28    50.6 

-  3i  55  32-9 

48.5 
69.6 

I 
2 

i.  19 
1.19 
1.18 

A.P184 


194 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

t^ 

S 

(/J 
J5 

o 

o 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.  o. 

i 

>, 

c 

rt 

O) 

a 

£ 

o 

o 

6 

£ 

Annual 
Precession, 
1860. 

h.    m.      s. 

s. 

0          /             // 

// 

7641 

O.Arg.  S.I  7349-    •  '• 

8.0 

17  46  52.23 

70-3 

4 

+  3-749 

-  26  54    5.5 

64.5 

2 

-     i-i5 

7642 

Lalande  32706     .    .    . 

8.4 

46  54.  10 

68.5 

2 

3-512 

-  18  15  40.  5 

56.4 

4 

1.15 

7643 

76d.A 

M.Z.  34,33     •    •    •    • 

7.0 

8.2 

46  58.52 
47     4'  21 

76.6 
69.5 

2 

2 

4.  206 
3-993 

-  40   21    28.  0 

-  34  28 

69.5 

2 

i.  14 
1.  13 

fvtrt 

7645 

O.Arg.  8.17354.    •    • 

9.0 

47     6.  06 

67.6 

2 

3-752 

—  27     o  17.  i 

68.6 

2 

1-13 

7646 

B.  A.  0.6057    .... 

6.2 

17  47     6.68 

64-3 

3 

+  3-92J 

-  32  26  48.  9 

58.5 

2 

"•  '3 

7647 

Lacaille  7490   .... 

5-7 

47     6.76 

67.3 

3 

4-203 

—  40  16  42.  6 

70.  6 

2 

'•  '3 

7648 

76AQ 

O.  Arg.  S.  17361  .    .    . 

9.0 
8.3 

47  20.  96 
47  21.  74 

71.  1 

66.8 

2 

5 

3-752 
3.994 

-  26  59  45.0 
-  34  30 

68.6 

2 

i.  ii 
i.  n 

/^"ry 

7650 

76ci 

B.  A.  €.6062    .... 

5.8 
8.5 

47  31-  19 
17  47  35.  68 

69.1 
69.5 

2 
I 

1-95' 
+  3-  996 

-f-  40    o  52.  o 
—  34  43  24.  4 

54-5 
71.6 

3 

2 

1.09 
—     i.  08 

/  w  J  * 

7652 

B.  A.  €.6059    .... 

6.6 

47  40.  oo 

62.9 

4 

3-744 

-  26  44  35.4 

60.0 

2 

1.08 

7653 

B.  A.  0.6063    .    .    .    . 

6.6 

47  Si-Si 

61.5 

10 

3.782 

-  28     2  19.  i 

58.2 

9 

i.  06 

7654 

O.Arg.  S.  17376  .    .    . 

7.8 

47  58.46 

64.4 

5 

3-649 

-   23    21    47.9 

69.6 

2 

1.05 

7655 

Lacaille  7499   .... 

6.0 

47  58.74 

63.0 

3 

4-  IS6 

-  39    4  37-  ' 

71.6 

2 

1.05 

7656 

O.Arg.  8.17378.    .    . 

8.2 

17  48  10.  80 

68.9 

3 

+  3-  756 

-  27     6  36.  3 

69-5 

2 

1.03 

7657 

Lacaille  7504  .... 

6.2 

48  15.40 

63-1 

4 

4.158 

-  39    6  45.  2 

71.2 

3 

1.03 

7658 

B.  A.  C.  6065    .... 

6.0* 

48  15.84 

60.0 

4 

3-449 

-  15  47     >•  i 

56-5 

3 

1.03 

7659 

766o 

Weisse  XVII,  966  .    . 
Anonymous  

9.0 

Q.  O 

48  18.42 

48   21.  06 

59.6 
<;Q.  6 

2 
2 

3-434 
3.  437 

—  15    9  20.3 
—  ic  17  cj.  c 

56.5 
56.8 

3 

•3 

1.02 
I.  O2 

7661 

Tr.  Z.  30,  61     .... 

y*  w 

7-5 

17   48   22.32 

J" 

69.6 

2 

3      T\J/ 

+  3-907 

j    t  j    j 
-  32    i  32-6 

67.6 

J 
2 

I.  02 

7662 

B.  A.C.  6066    .    .    .    . 

7;  3 

48  34.  1  6 

56.2 

6 

3-  664 

-  23  54  54.  2 

59-2 

2 

I.  00 

7663 

7664. 

DM.  +  30°,  3027     .    . 
/    Herculis    

8.6 

"i.  ? 

48  4°.  79 
48  44.  65 

72-3 
53.6 

3 

4 

2.  O2  1 

I.  Q^O 

+  38  15 

-j-  40     2  10.  4 

54-5 

3 

0.99 
0.98 

/  '•"•'•t 

7665 

Taylor  8292      .... 

J    J 

8.0 

48  45  '3° 

J  J 

60.  o 

2 

yj 

3-446 

-  '5  39  34-4 

56.2 

J 

3 

0.98 

7666 

O.Arg.  8.17394.    •    • 

8.0 

17  48  56.  65 

67.5 

2 

+    3-696 

-  25     3  32.0 

75-i 

2 

—  0.97 

7667 

M.Z.  117,  115  .    .    .    . 

7-8 

49  i8.32 

73-3 

5 

3.786 

—  28    8  26.  2 

70.  6 

I 

0.94 

7668 

7660 

M.Z.  117,116      .    .    . 

7.8 
8  i 

49  19.  29 

AQ     21      I  A 

73-3 
64.6 

5 

2 

3.786 
4O7  \ 

—  28    7  12.  7 

—    ^6    SO   25.  7 

70.  6 
68.6 

I 
I 

0.94 
o.  o^ 

/  ****3f 
7670 

B.  A.  €.6071    .   .   .   . 

w  j 

5-5 

ty   **•  «*t 

49  24-  27 

62.2 

3 

•  w/  J 

3-167 

J"   jv   *j"  / 

-    4    3  30.  7 

68.6 

2 

v  yj 

o-93 

7671 
7672 

B.  A.  0.6070  .    .    .   . 

6.2 

17  49  25.09 

4Q    26. 

64.0 

3 

+  4-073 

r  784 

-    36    50    20.  2 

—  38    4     9.  2 

67-3 
57-5 

4 
I 

-     0.93 
o.  93 

/      / 
7673 

Anonymous  

6.0 

i^-y       *,w. 

AQ     7  I     08 

60  s 

2 

J*    I  WT 

41  ^6 

—  28  11  12  6 

67    2 

•3 

O.  Q2 

/  "/  J 

7674 

O.Arg.  S.  17412  .    .    . 

8.0 

T-y  o 

49  42.  20 

wy-  j 
65.6 

3 

•  *j^ 

3.698 

jw   JJ 

-  25     7  17-5 

v  1   '    * 

68.6 

J 
2 

V.    y** 

0.90 

7075 
7676 

Lacaille  7516  .    .    .    . 

7.0 

49  42.40 

17    4Q   A? 

64.6 

2 

4.076 

4-  3.  781 

-  36  55     9-7 
—   28     i  ??.  s 

66.6 
57.  c 

2 
2 

0.90 
--     0.90 

/      / 

7677 

Lacaille  7514  .    .    .    . 

6.0 

4  /     *r:7    M"J 

49  45-°3 

65-9 

2 

1       O'  /  WO 

4.252 

jjj 
-  41  28     8.4 

J  1      J 

68.5 

2 

o.  90 

7678 

767Q 

B.  A.  0.6072   .    .    .    . 

6.4 

c    c* 

49  46.  14 

AQ    4.6    27 

63.8 

tc    •? 

9 

7 

3.804 

2.418 

-  28  44  21.6 

-(-    26      4.    20.  I 

63.5 

$4..  1 

2 

4 

0.89 
0.89 

IVI7 

7680 

Weisse  XVII,  1014     . 

J    J 

7.0 

t^.y     IfVI   f-  1 

49  54-  08 

JJ'  O 

67.1 

J 

2 

ft,  if.  1<J 

3.070 

1         *™*         T^     *.*7>    » 

+    o    5  20.  9 

JT^     J 

68.6 

2 

0.88 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


195 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

S 

u 
>* 

1 
s 

1 

I>M 

O 

6 
55 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

Mean  year. 

1 

o 

IM 

O 

6 

Z 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

Off/ 

// 

7681 

O.  Arg.  S.  17419  .    .    . 

9.0 

17  50    5.22 

69-5 

2 

+  3-747 

-    26   48    32.  2 

65.5 

2 

—    0.87 

7682 

Lacaille  7521  (ist*)    . 

6.0 

So    5-84 

61.6 

7 

3-851 

-  3°  H    3-  6 

70.2 

4 

0.87 

7683 

Lacaille  7521  (2d*)    . 

8.1 

50      6.  22 

64.  1 

2 

3-851 

-  30  '4    5-9 

70.2 

4 

0.87 

7684 

M.Z.44,8    

8.5 

50  10.  68 

75-4 

6 

3.888 

-  31  25  28.  3 

70-3 

4 

0.86 

7685 

S  2015  (isl*)  .... 

7.8 

5°  '5-95 

66.7 

8 

2.  629 

+  18  21     2.3 

66.9 

3 

—    0.85 

7686 

2  2015  (2d*)  .... 

7.8 

17  50  16.  13 

67.0 

9 

+    2.629 

7687 

O.  Arg.  S.  17426  .    .    . 

7.8 

50  23.  65 

65.6 

2 

3.700 

—  25  10  16.  ? 

70.1 

2 

0.84 

7688 

Mer.  C.  Z.  27,  80  .    .    . 

8.2 

50  28.88 

68.5 

2 

3-779 

—   28      2 

0.83 

7689 

O.Arg.S.  17433  •    •    • 

9-5 

50  34.92 

65.0 

2 

3-445 

—  15  35  «3-8 

57-5 

2 

0.82 

7690 

Lacaille  7520  .... 

6.9 

So  35-  82 

62.6 

4 

4-163 

-  39  '3  50-4 

70.5 

2 

0.82 

7691 
7602 

B.  A.  €.6076    .    .    .    . 
f     Draconis  

6.8 

4.0* 

17  50  42.  66 

";i    6.  77 

63.6 
46.  o 

2 

5 

+  3-953 

I.O2J 

-  33  23  34.  i 
4-  56  ^  4?.  8 

63-3 

64,.  4. 

3 

2 

-    o.  81 
o  78 

/  vy*< 

7607 

Anonymous  

Cf  .     V 

1       1 

j         j/ 
Si     8.25 

66.6 

j 

2 

J 
4.  078 

i    j"  jj  ^o*  w 

—    "i6    ?7      8.4 

Wlf  .    If. 

71.  <\ 

2 

-  /" 
o  78 

/     y  J 

7694 

760  c. 

O.Arg.S.  17443  •    •    • 
4    Sagittarii  

/        J 

7-5 
4  8 

J  *            "   **  J 

5i     9-39 
EI    14..  7? 

64.6 
62.8 

2 
2? 

3.586 

7.661 

O1^    J  /        **•  «f 

-  21     i  45-3 

—   21   4.7    "\7   O 

/  '  •  j 

66.6 
65  6 

2 
2 

v.   y  ^ 
0.77 

O    77 

/  vy  j 

7696 

7607 

O.Arg.S.  17447  .    .    . 

T-.  •* 

8.1 
1.  o 

j  *    m^*  /  o 
17  51   16.  29 

c  I    10^3 

67-5 

48.  2 

J 

2 
1 

O 

+  3-699 

"?.  "?O2 

^O     *T/      J  1  •  ^ 

—  25     8  48.0 

—      0    4  ^     I  I  .  4 

j-  M 

69.6 
70.  o 

3 

2 

v>  /  7 

—      0.76 

o.  76 

/  vy/ 

7698 

7600 

O.  Arg.  S.  17449  .    .    . 
6     Ilerculis 

j"  ** 

8.2 
4  8 

5*     »3f«  JJ 

51  22.05 

Ci    27   08 

67.5 

68.6 

o 

2 
2 

J.     JV« 

3-697 

2.  Ol? 

y  *t  j    *  *  •  t 
-  25     4  18.9 

_L    -77    16    17    2 

71.2 

47    6 

3 

o.  76 

O    7C. 

/uyy 
77OQ 

5     Sagittarii 

*fr      *•* 

C      C 

j  *    */•  ww 
Cf     36    C,Q 

C7.  2 

jj 
-1    674. 

i     a/    *      *  /  •  * 

—  24  1  6    8.  i 

*f  /  •  u 
66.  5 

2 

w«  /j 

O    74 

/  /*-"-' 

7701 

B.  A.C.  6081    .   .    .   . 

J*  J 

5.3 

J  *    J***  0" 

17  51  40.40 

J  1  ' 

67.1 

2 

O'  **/*t 

+  3-567 

—  20  19  28.  o 

66.6 

2 

w*-/*r 

-  0.73 

7702 

_  M.Z.  124,  13    .... 

8.5 

51  50.30 

65.6 

2 

3.804 

-  28  41  53.5 

69.6 

2 

0.71 

77°3 

O.  Arg.  N.  17659     .    . 

8.5 

5«  51-22 

77-5 

3 

'•394 

+  5»  29 

0.71 

7704 

Tr.  Z.  29,  69     .... 

ft.  o 

S'  54-7° 

68.9 

3 

4.119 

-  38    4  14.8 

65-i 

3 

0.71 

77°S 

O.  Arg.  N.  17663     .    . 

8.5 

51  56.47 

70.2 

5 

+   1-392 

+  Si  3i     8.7 

70.6 

2 

0.71 

7706 

O.  Arg.  N.  17680     .    . 

9-5 

'7  5'  59-36 

65-1 

2 

-  2.  503 

+  76  31  14.2 

77-6 

I 

-  0.70 

7707 

O.Arg.S.  17466  .    .    . 

7-5 

52  17-86 

71.6 

4 

+  3-  672 

—  24  n  50.  8 

68.5 

3 

0.68 

7708 

B.  A.  0.6083    .    .    .    . 

6.4 

52   2O.  21 

63-4 

8 

4.056 

—  36   22      3.6 

68.9 

3 

0.67 

77°9 

Lamont  5901    .... 

8.4 

52    21.43 

64-5 

2 

3-071 

+     o    2     9.  4 

72.6 

2 

o.  67 

7710 

77  i  i 

O.Arg.S.  17467  .    .    . 

8.4 

Q    O 

52  26.  73 

17    C,2   28    <CI 

74-2 
76.6 

3 

2 

3-671 

+      7     AAf) 

-  24    8  34.  2 

1C     -JQ    2C.     C 

73-6 
cfi  t: 

3 

2 

0.66 
0.66 

/  /  *  * 

7712 

O.  Arg.  S.  17469  .    .    . 

y.  \j 

7.8 

*  /    J*"    •***  3  * 

52  30.23 

66.0 

2 

j'  T-T-" 

3-830 

*j   jy  *j~j 
-  29  34  38.  3 

ju-  j 

68.5 

2 

0.66 

7713 

77  I  A. 

M.Z.  175,80    .... 
M  Z.  16  68 

8.0 

7   6 

52  38.48 

C  2    /I  I    OO 

65-5 
67  6 

3 
2 

3-654 

4nc6 

-  23  32  36.  3 

—    76    21        2    C 

68.5 

71    7 

2 

2 

o.  64 
o.  64 

I  i  *T- 

7715 

77l6 

M.Z.  117,  118  .    .    .   . 
v     Herculis    

/  •  •* 
7-9 

c  o* 

j  *  T-  *  •  y  v 
53    2.  ii 

17    C  7      8   7O 

*•*,)•  w 

68-5 

CQ    c 

2 

2 

.  \j$\j 

3-777 

+    2    2OJ. 

Ju    *'        *•  J 

-  27  52    6.3 
+  30  12  ii  t; 

/*"  / 

56.4 

C7     Q 

4 

7 

o.  61 
o,  60 

/  y  A  \j 

77'7 

77l8 

O.Arg.S.  17489  .    .    . 
y     Draconis  .    .    . 

j'  v 
7.0 

2    -I* 

*  /    jj      "•  /*-' 

53  16.  18 

C  7     21      "?il 

J7'  J 

72.5 

Co    7 

3 

04 

•,  *y^ 

3-671 

I     TO  I 

j^  i     *  *  *  j 

-  24    8  54.  7 

+ci     ?n    27    Q 

j  *>*  y 
73-5 

4.Q    6 

/ 

5 

[O2 

o-59 
o.  58 

/  /  *  " 
7719 

O.Arg.S.  17503  .    .    . 

'  J 
9.2 

JO    •*«  O*r 

53  47.  88 

Ju>  J 
65.0 

y^ 

2 

1  '  O71 

3-446 

j  »    j^  AJ.  y 
—    15    38   26.4 

T-y-  w 

71.2 

3 

0-54 

7720 

Weisse  (2)  XVII,  1719 

6.0 

53  49-3° 

70.1 

4 

2.090 

+  36  18    8.5 

66.5 

3 

0.54 

196 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

1-1 
• 

OJ 

>> 

C 
ej 

o> 

s 

1 

•o 
o 

g 

Annual 

Precession, 
1860. 

Mean 
Declination, 
1860.0. 

l-i 

rt 
U 
t^ 

1 
S 

J 

o 

tM 

O 

6 
S? 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /              // 

// 

7721 

93  Herculis       .           .    . 

,.0* 

17  53  49.  44 

59-5 

2 

-f  2.669 

4-  16  45  41.  2 

54.5 

3 

—      O.  ^4. 

it** 

7722 

O.  Arg.  S.I  7506  (  ist*) 

J 

9.0 

53  53-  23 

64-5 

3 

3.640 

-  23     i  33-5 

77-6 

j 
i 

-  JT 

0-53 

7723 

O.  Arg.  S.  I75o6(2d*) 

8-5 

53  53-63 

64-5 

4 

3.640 

-  23     i  26.4 

73-3 

3 

0-53 

7724 

O.  Arg.  S.  17509  .    .    . 

7-5 

54    2.33 

65-5 

4 

3-637 

-  22  53  58.4 

68.6 

2 

0.52 

7725 

O.  Arg.  S.  17510  .    .    . 

7.0 

54    3-  98 

63-2 

10 

3-674 

-  24  H  57-5 

71.0 

4 

0.52 

7726 

Lalande  32974     .    .    . 

5.8 

17  54    5-17 

69.  i 

2 

+  3-777 

-  27  49  "7-5 

62.1 

6 

-    0.52 

7727 

O.  Arg.  S.  17512  .    .    . 

8.0 

54    5-24 

62.4 

3 

3-674 

-  24  14  24.5 

75-5 

2 

0.52 

7728 

Lalande  32986     .    .    . 

8-5 

54    5-8o 

59-6 

2 

3-46i 

-  16  13    9.7 

55-5 

3 

0.52 

7729 

M.  2.185,3  

7.6 

54  15-18 

65.5 

5 

3-599 

-    21    30      9.9 

69-5 

2 

o.  50 

773° 

B.  A.  0.6098    .    .    .    . 

7.0 

54  1  6.  20 

66.0 

2 

3-578 

-  20  43  56.  9 

7i-6 

4 

o.  50 

77-21 

5.8 

17  54  1  6.  38 

63.0 

II 

+  3-  675 

-  24  16  37.  5 

71.  I 

—    o  ^o 

/  /  Jm 

7732 

Lacaille  7534    .... 

J 

7.0 

54  46-  98 

62.6 

2 

4.219 

T^                Jt      J 

-  40  38    8.  8 

/ 

68.5 

2 

•  j^ 
0.46 

7733 

15.  VI.  I7b,  118     ... 

7-9 

54  49-53 

65-5 

3 

3-636 

—   22   52   50.  6 

68.6 

2 

0.45 

7734 

0.  Arg.  S.i  7533  •    •    • 

9.0 

55     5-°5 

65-9 

3 

3-775 

-  27  43  40.  6 

69.6 

2 

0-43 

7735 

O.  Arg.S.  17535  •    •    • 

9-3 

55    6.94 

73-i 

2 

3-  775 

-  27  44  21.9 

68.6 

I 

0-43 

7736 

M.Z.  123,  15    .    .    .    . 

7.8 

i?  55  17-3° 

68.6 

2 

+  3-7H 

-  25  39  5°-  2 

58-5 

2 

—    o.  41 

77-57 

Q      S;i:.'iM;irii                       . 

6.  i 

m    17    ^6 

64.  i 

It 

3.  677 

—   24   21    34..  S 

6c  c 

O    J.I 

/  /  j/ 

J  J     *  /     O 

*  j 

j'    1  1 

~T     •»     Jt-  J 

wj-  j 

*-'.  --f1 

7/38 

O.  Arg.  S.  17540  .    .    . 

6.9 

55  21.97 

65.8 

9 

3-676 

-  24  18  40.9 

67.6 

2 

o.  40 

7739 

B.  A.  C.  6103  .... 

6.0 

55  24.85 

65.5 

2 

4.040 

-  35  54    2.  3 

72.4 

4 

0.40 

774° 

M.Z.  178,9  

7.2 

55  26.73 

65.0 

6 

3-635 

—   22   50    IO.  4 

66.9 

3 

0.40 

7741 

95  Herculis  (1st*)    .    .    . 

5-5 

>7  55  33-63 

62.  4 

7 

+    2.  542 

+  21  35  55-5 

57-3 

4 

—    o.  39 

7742 

95   Herculis  (2d*)     .    .    . 

5-5 

55  34-io 

62.4 

7 

2.  542 

+  21  35  56.  i 

67.6 

2 

o-39 

774'? 

Anonymous  

S.o 

5?    VJ.  q6 

76.5 

2 

3.  674 

—   24    14   36.  2 

6q  6 

2 

o.  38 

/  /  T  j 

7744 

B.  VI.  I?15,  122      .     .     . 

7-5 

J  J     J7     7 

55  40.86 

/      *  J 

74-8 

3 

j'     t  T 

+    3.672 

-  24  10  59.9 

y 
71.8 

5 

0.38 

774.  S 

35   Draconis   

S.  S 

??   4?.  22 

75.8 

C 

—    2.  7OQ 

-1-  76  ";8  43  7 

6Q       1 

7 

O    J7 

t  i  TJ 

j  j 

JJ      TO 

/  J     v 

J 

*   /      7 

1         /  w      J^     TO      / 

**•/"    J 

/ 

"•  J/ 

7746 

0.  Arg.S.  17555      •    • 

7.0 

17  55  50-67 

63.6 

4 

+  3-678 

-  24  23     8.8 

69.    I 

2 

-    o.  36 

7747 

O.Arg.  8.17558  .    .    . 

8.5 

55  52-45 

66.0 

2 

3-779 

-  27  51  55.8 

69.I 

2 

o.  36 

7748 

O.  Arg.  S.  17560  .    .    . 

8.0 

55  53-07' 

65.6 

I 

3-677 

-   24   21    44.  I 

67-5 

2 

o.  36 

7749 

M.Z.  171,  10    .... 

8.5 

55  59- 

3-672 

-  24    9  42.  3 

73-6 

2 

0.35 

7750 

Lacaille  7546   .... 

6.  i 

55  59-50 

62.7 

2 

4.097 

-  37  28  25.  i 

71.9 

3 

0.35 

7751 

y1    Sagittarii  

4.8 

17    C6      4..  64. 

62.  i 

7 

4-  ^  831 

2Q    34    ZA    G 

68.0 

2 

f)     -JA 

7752 

B.  A.  C.  6108  .... 

6.  5 

/       J              *T*   wi+ 

">6     8  47 

66.0 

/ 

2 

I      J.  "J* 
-i    7i  ? 

7      JT     JT"   J 

—   2S    36   2S    6 

69.6 

w*  JT- 
O    1A. 

/  /  J 

7753 

Lacaille  7551    .... 

J 

7.5 

Jw          **•  *T/ 

56   I5-36 

63.6 

4 

J    /    J 
4.064 

*j    J1-1   »J«  M 

-  36  34  58.4 

68.6 

2 

**"   J*T 

0-33 

7754 

Anonymous  

8.7 

c6  i  6  70 

7"?    "? 

•,   6<C6 

—    21    1$    ?6    O 

72    I 

2 

O    57 

/  /  J^ 

7755 

Weisse  XVII,  1174     . 

/ 

8.0 

j  w  *  "•  /  *-* 

56  24.37 

/  J*  j 
71.6 

2 

J-   WJV 

3-013 

•J     OJ     J^'  v 

+       2    30    55.  I 

/»•  * 

69.  I 

2 

u-  JJ 

0.31 

7756 

Lalande  33089     .    .    . 

7.8 

17  56  29.97 

64.6 

2 

+  3-482 

-    17       2      O.  I 

56.8 

IO 

0.31 

7757 

Anonymous  

8.2 

C6    21     II 

70  <; 

I 

4OQC 

-37    26    Id.    I 

7A    O 

O7O 

/  /  J  1 

Jv     J»  • 

/*-'•  j 

•  ^yj 

J/       *U      *T"    * 

/*T'  W 

"  J 

7758 

O.Arg.  S.  17576  .    .    . 

7-5 

56  31-76 

60.6 

3 

3-777 

-  27   50  14.3 

58.8 

6 

0.30 

77S9 

B.  A.C.  6111    .    .    .    . 

6-5 

56  35.36 

65-7 

6 

3.678 

-  24  24     5.0 

66.5 

2 

o.  30 

7760 

M.Z.  24,61      .... 

8.0 

56  38.96 

73-6 

2 

4.098 

--  37  3°    o.o 

71.9 

5 

o.  29 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


197 


1 

Number. 

Name  of  Star. 

<u 

T3 

3 
1 

m 

Mean  Right 
Ascension, 
1860.  o. 

rt 

B 

c 
• 

OJ 

t/i 

1 

o 
o 
Y-< 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

J-i 

rt 
U 

>> 

1 
s 

J3 

o 

IM 

O 

6 
Z 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0          /         // 

// 

776! 

7762 

B.  A.  €.6113    .... 

7.0* 

^•4* 

17  56  44.96 

56  48.  86 

59-5 
64.0 

2 
31 

+  3-822 
3.857 

-  29  16  47.7 
—  30  25  19.  4 

55-2 
68.3 

8 
4 

—    0.28 
o.  28 

/  / 
7763 

J       " 

8.  5 

57     5-57 

65.  i 

2 

3-  777 

—  27  47  38.  5 

57-5 

2 

o.  25 

/  /   j 

7764 

O.Arg.S.  17597  •    •    • 

J 

7-5 

57  30-  26 

66.9 

3 

3-673 

-    24    12       5.  I 

68.9 

3 

J 

O.  22 

7765 
7766 

Tr.  Z.  22,  42     .... 
w/2   Draconis       

8-3 
6.0 

57  34-  54 

17     C7     77.  2O 

68.5 

77.  6 

2 
2 

+  4-078 
—  i  .  047 

—  36  36  55-5 

•4-72      I       1.4 

70.5 
77-  7 

2 
I 

O.  21 
—      O.  21 

/  / 

7767 

M.Z.  265,38    .... 

8.7 

/     J  1      J  i 

57  46.  58 

II* 

65.5 

3 

+  3-  598 

I      /  *              ••  f 
-    21    28      5.4 

69.6 

2 

O.  2O 

7768 

O.  Arg.  S.  17610     .    . 

9.0 

57  53-48 

64-5 

2 

3-7°9 

-    25    28    56.0 

70.  i 

2 

0.  IS 

7769 

B.  A.  C.  6120    .... 

6.6 

57  54-48 

62.5 

4 

3-794 

-  28  22  16.  4 

68.6 

2 

o.  1  3 

7770 

O.Arg.S.  17612  .   .    . 

8.5 

57  55-50 

67.6 

2 

3-672 

-  24    9  56.  i 

71.6 

3 

o.  i3 

7771 

Lacaille  7563   .... 

7.0 

17  58  14.96 

62.  9 

3 

+  4-  >39 

-  38  34  32-4 

62.6 

2 

-    0.15 

7772 

70  Ophiuchi  (ist*)  .    .    . 

6.0 

58  22.77 

64.8 

4 

3-013 

+     2  3'  58.3 

69.6 

4 

o.  14 

7773 

70  Ophiuchi  (2d*)    .    .    . 

7.2 

58  23.  18 

64.8 

4 

3-013 

+      2   31    56.0 

70-3 

3 

o.  14 

7774 

Lalande  3314?     ... 

7-5 

58  27.15 

65-5 

2 

3-599 

-  21  30  50.  3 

70-3 

3 

o.  14 

7775 

RUmker  6208  .... 

8.0 

58  39-  84 

66.  i 

2 

1.729 

+  45     7  39-o 

66.  i 

2 

O.  12 

7776 

B.A.  0.6125    .... 

6.8 

'7  58  47-55 

65-5 

5 

+  3-  598 

-  21  27  13.  8 

71.6 

3 

—      0.  II 

7777 

O.  Arg.  S.  17648     .    . 

7-5 

58  57.  20 

74-3 

4 

3-59' 

—   21    12  43.3 

69.1 

2 

O.O9 

7778 

7770 

Lalande  33178     ... 

9.0 
8.6 

59    6.65 
So  12.  68 

59-6 
67.  5 

2 
2 

3-472 
1.  6}7 

-  1  6  40    2.  4 

—   22    C.4.    T.2.  8 

58.1 
69.  i 

3 

2 

o.oS 
0.07 

Illy 
7780 

B.A.C.  6127    .... 

4.9 

Jy 

59  12.93 

1      J 

63-3 

4 

o     j/ 

3-797 

"•    jt   j*-- 

-  28  28    7.  5 

69.  2 

3 

0.07 

7781 

M.Z.  175,87    .... 

7-5 

17  59  20.85 

67.5 

4 

+  3-637 

-  22  53  30.4 

69.6 

3 

—    0.06 

7782 

778} 

RA.  C.6I28   .... 
M.  Z.  45,  e.    . 

6.5 
7.  o 

59  31.08 

en   -27.  -ic 

70.1 
68.6 

2 

2 

4.407 
1.  771 

-  44  57  37-4 

—    27    TO    28.  8 

69.  o 

56.4 

2 

9 

0.04 
o.  03 

/    /         J 

7784 

Lacaille  7580  .... 

/ 

6.5 

Jy    JJ'JJ 

59  52.82 

63.2 

3 

j   1  1  j 
4.068 

/     Jy 

-  36  41   16.  2 

68.6 

2 

O.  OI 

7785 

B.A.C.  6131    .... 

7.0 

59  55-  64 

61.5 

7 

3.881 

—  31  10  28.  7 

67.1 

4 

O.  OI 

7786 

B.A.C.  6130   .... 

7.0 

17  59  56.  12 

60.9 

5 

+  3-  844 

-  30    o  29.  3 

54-o 

3 

—      O.  OI 

7787 

O.  Arg.  S.  17680     .    . 

7-6 

18    o    5.  12 

61.5 

4 

3-777 

-   27  47  56.9 

65.0 

4 

-f-      O.  OI 

7788 
7780 

O.Arg.S.  17681  .    .    . 
Anonymous  

7-3 
8.5 

o     5.28 

O       Q    08 

64.5 
61.  o 

'  4 

2 

3-592 
i.  776 

—   21    l6      4.  I 

—  27  4;  18.  s 

66.3 

6l.  2 

3 
3 

O.  OI 
O.  OI 

/  /    y 

7790 

B.A.C.  6132    .    .    .    . 

J 

7.2 

y'  y 

o  14.58 

61.8 

II 

j  it 
3-7io 

mf      *T  J      ••'•3 

—  25  29  19.  8 

56.  2 

5 

o.  02 

779' 

Lalande  33210     .    .    . 

6.5 

18    o  14.  75 

65-5 

4 

+  3-598 

—    21    27    53.0 

70.8 

4 

+    o.  02 

7792 

77Q3 

O.  Arg.  S.  17695  .    .    . 
Anonymous               . 

7.6 
8.0 

o  27.  82 

O    11    Q2 

61.3 
6e    c 

6 

2 

3-776 

•j    Cn6 

-  27  45     3-8 

—    21    24.    tS    A. 

58-4 
7O.  I 

8 

2 

0.04 

O.  OS 

/  /  yj 

77Q4 

72  Ophiuchi 

c    e 

•_r    ji  .  y*. 

o  42.  8  1 

wj'  j 

C7     C 

2 

j  jy^ 

2    847 

4.1       .-    f      J^'  *T 

_L       o    ?2    1O   4 

/ 

68.6 

2 

•  VJ 

o.  06 

/  /  y^ 

7795 

77o6 

Lacaille  7588   .... 

j-  j 
6.0 

s.  s 

o  49.  46 
1  8    o  50.  01 

j  1  '  J 

65.6 
67.2 

2 
-1 

••  *-"+/ 

3-93* 

+    4   4^ 

~       y    J-"    Jw'  T- 

-  32  43  57-3 
—  4;  <;8  27.  8 

73-5 
71.6 

2 

4 

0.07 
-)-    o.  07 

/  /  y 

7797 

B.  A.  C.  6144  .... 

j  j 
7-4 

o  54-85 

V  f   ,    ft 

68.6 

J 
2 

**"    *TJJ 

3-913 

TV      jw      *.y  .   U 

-  32    9  42.  7 

73-6 

2 

0.08 

7798 

B.A.C.  6145    .    .    .    . 

6.0* 

I      4.  12 

76.5 

2 

3-867 

-  3°  44  47-  i 

69.6 

2 

0.09 

7799 

Lamont  5992    .... 

8.0 

I      4-23 

68.  i 

2 

3.011 

+     2  37     4-o 

68.0 

2 

0.09 

7800 

Lament  5993    .... 

7-2 

I      6.79 

68.6 

3 

3.011 

+     2  35  16.4 

68.6 

2 

0.  IO 

198 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

1* 

rt 
4J 
>s 

C 
rt 
« 

% 

jS 
"o 

o 
6 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

1-1 
• 
• 
>» 

q 
• 
B 

% 

M 

"o 

*S 

o 
Z 

Annual 
Precession, 
1860. 

7801 

8.0 

h.  m.      s. 
18     I   18.  08 

60.6 

2 

s. 
+  3-88o 

0           /           // 

—  3'     7  39-  ' 

69.  I 

2 

// 

-|-      O.  II 

/  *"* 

7802 
7807 

O.  Arg.  S.  17728  .    .    . 
b      Herculis   

8.5 
5-5* 

i  20.  60 
i  42.68 

64.6 

59.  5 

2 

2 

3-542 
2.283 

-  19  22  33.  i 
+  3°  32  38-  i 

65-1 

53-  5 

2 

4 

O.  12 

o.  15 

/          J 

78od 

Anonymous      .    .    . 

i  58.  -a 

7^.  1 

4 

7.486 

-  17  13  34.  6 

?6.  o 

4 

O.  17 

/  l-''~'it 

780? 

4.0* 

J        Ji 

2      4.85 

i  j  j 

56.7 

7 

O     T^ 

2.  339 

-f-  28  44  43.  6 

j 
55-  ' 

II 

-     / 

o.  18 

/  **«J 

7806 

Bradley  2279    .... 

5-5 

18     2  10.87 

68.6 

2 

+  2.417 

+  26    5     0.5 

62.6 

2 

+     o.  19 

7807 

Bradley  2280    .... 

5-5 

2  10.  95 

68.6 

2 

2.417 

+  26     4  45.5 

62.6 

2 

o.  19 

7808 

Weisse(2)XVIII,44  . 

7.6 

2    '3-75 

69-5 

2 

2.086 

+  36  24  15.7 

65.9 

3 

o.  20 

7809 

Lacaille  7595   .... 

6.7 

2    19.27 

63.2 

3 

4.010 

-  35     2  56.  i 

68.6 

2 

O.  21 

7810 

B.  A.  0.6153    .... 

6.5 

2    24.  64 

62.6 

5 

3-718 

-  25  47     8.9 

69.7 

2 

0.  21 

7811 

Tr.  Z.  43,39     .    .    .    . 

8.5 

18     2  25.  76 

69.0 

2 

+  4-  169 

-  39  22    5.4 

69.6 

2 

+      0.  21 

7812 
781? 

Weisse  XVIII,  18  .    . 

8-5 
9.  5 

2   25.  89 
2   36.  15 

64.9 
63.6 

3 

2 

3-  012 
3-485 

+     2  34  46.  2 
—  17     9  46.  2 

68.0 

69.  6 

2 
2 

0.  21 
O.  27 

/        J 

7814 

73  Ophiuchi          .... 

6.5 

2   36.  21 

64.4 

2 

J    ^    J 

^-979' 

-f     3  S8  23.  7 

y 
71.  o 

5 

J 
O.  27 

781? 

Anonymous      .... 

8-5 

2   37.  19 

63.  o 

5 

7.485 

—  17     9  54.  7 

67.  -t 

3 

J 
O.  27 

/        J 

7816 

M.  Z.  178,12    .... 

8.5 

18    2  37.  20 

67.5 

2 

J*  •T*"'  J 

+  3-650 

—   23    22    29.0 

I      J 

70.5 

2 

o 

+   0.23 

7817 

Lacaille  7598   .... 

7-6 

2  45-  39 

69.0 

2 

4.169 

-   39    22      2.0 

69.6 

2 

0.24 

7818 

B.A.  C.  6160   .    .    .    . 

6.4 

3    4-39 

64.4 

4 

3.811 

-  28  55  37.0 

61.8 

4 

o.  27 

7819 
7820 

B.  A.  C.  6161    .    .    .    . 

5-7 

Q.  O 

3  10.75 

3    14.  23 

57-8 
6q.  H 

10 
2 

3.660 
7.  701 

-  23  43  32-4 
-•  28  16 

59-6 

5 

0.28 
o.  28 

7821 
7822 

Lacaille  7605  .... 
2  2060                       . 

y 

6.9 
7.  1 

J     mf      J 

18    3  15.98 
3  21.  18 

vy*  j 
69.0 

67.  o 

2 
2 

O     /  7 

+         4-       ^2 

3    OI  1 

-  39  "     2.5 

+       2    7O    24.    2 

66.6 
77  6 

2 
2 

+   0-29 

O    2Q 

7823 

O.  Arg.S.  17793  •    •    • 

/    j 

8-5 

3  29-5° 

«-<  /  •  ** 

73-6 

2 

O*  *""  J 

3-569 

•    j^    "*+•  • 
-    2O    23    48.  2 

/  j-  ^ 
77-6 

3 

v^.   f.f 

0.31 

7824 

O.  Arg.  S.  17796  .    .    . 

7-5 

3  37-07 

70.9 

3 

3-570 

-    20   26   59.  2 

69.  6 

2 

0.31 

7825 

0.  Arg.S.  17797.    .    . 

8.7 

3  40-71 

72.6 

3 

3-  79' 

-    28  15  46.  6 

58.6 

2 

0.32 

7826 

B.  A.  C.  6163  .... 

7-5 

18    3  46.76 

67.1 

5 

+  3-79' 

—   28    15    52.7 

61.2 

3 

+    o.  33 

7827 

O.  Arg.  S.  17809  .    .    . 

8.0 

3  58.32 

72.9 

3 

3-544 

-    '9   27    37-3 

67-5 

2 

0.35 

7828 

O.  Arg.  S.  17817  .    .    . 

8.7 

4  18.  16 

68.3 

4 

3.586 

—   21      0   57.7 

76.1 

8 

0.38 

7829 
7830 

B.  A.  C.  6166    .    .    .    . 
12  Sagittarii   

7.0* 

7.8 

4  30.  20 
4  32.  28 

60.  i 
64.6 

2 
2 

3-907 
7.  644. 

-  3"  59  52-8 

27       8    49.8 

53-6 

72.  I 

2 

4 

o-39 
o.  40 

783' 
7832 

Weisse  (2)  XVIII,  123 
Anonymous  

8.0 

7.  2 

18    4  34.87 

4    7S.  28 

69.5 
68.6 

I 
2 

O         T^ 

+     2.083 
-3     J.Q2 

•J        •*    *r;7'  ** 

+  36  29  40.  3 

—    17    26    "?7.O 

/ 

75-3 
?8.  i 

5 

2 

+    0.40 
o.  40 

7833 

M.  Z.  24,  65  

8.2 

T^      JJ 

4  35-32 

71.8 

4 

j-  ty*1 

4.  103 

/            ji 

-'37  39  "-6 

j*" 

68.6 

2 

0.40 

7834 

O.Arg.  8.17833  .    .    . 

8-3 

4  44-  32 

69.5 

I 

3.700 

-  25  10  51.3 

56.4 

4 

0.41 

7835 

M.Z.33,36  

6.8 

4  4°.  53 

63-5 

2 

3-995 

-  34  37  44-  2 

70.0 

2 

0.42 

7836 

M.  Z.  24,  66  

8.0 

18    4  53.06 

74-4 

3 

+  4-  "05 

-  37  4i     o.  7 

68.6 

2 

+   0.43 

7837 

Lalande  33439     .    .    . 

6.5 

4  59-  16 

69.6 

2 

2.  OIO 

+  38  26  55.5 

75-5 

2 

0.44 

7838 
7839 

Lalande  33472     .    .    . 
Anonymous  

5-5 

5    6.73 

C    14. 

73-6 

2 

2.085 

•j  <;87 

+  36  26  25.  3 

21       1    ^8    I 

66.2 

60   7 

3 

0.45 
o  46 

7840 

Anonymous  .    . 

9       A 

j    *t* 
S2O    Qt 

&Q    O 

J-  jW 

7   c8? 

••       J    J*"  m 

___    o  T        A    C  7     C 

v/y.  / 
7O    7 

V.    *|.v 

O   47 

•  *T 

4U.  yj 

o-  j°/ 

*•      4   J,v  3 

/u-  6 

•*  **/ 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


199 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

1-1 

rt 

<L> 

rt 
U 

^ 

1 

o 
6 

2 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

!• 
rf 
U 
>v 

s 
s 

^ 
o 
u_ 

o 

o 

^ 

Annual 
Precession, 
i860. 

7841 
7842 

B.  VI.  18",  16  .... 
fi     Sagittarii  

4.  Q 

h.  m.       s. 
18     5  23.07 

c    2?    46 

77-6 
S8  8 

i 

277 

+  3-  769 

•j    eg8 

0          /            // 

-  27  32     6.  6 

—    21       S    20    6 

56.5 

CT    o 

4 
18 

// 
+     0-47 

O  47 

/  *-"+*• 

784-1 

Anonymous  

f   7 

0.  3 

j    *-j-  ^ 
?   26  7? 

j"* 

71    Q 

*O/ 

6 

j-  j^u 

,  c88 

•  •        J    *;f«  w 
—    21       <    ICJ.    ^ 

ja*  v 

7O    7 

i 

**•  TV 

o.  48 

/  >-'*T  J 

7844 

O.  Arg.  S.  17861  .    .    . 

y  j 

7-2 

j   •**«  /  j 

5  39-93 

/  •  •  y 

66.6 

2 

O-  J"" 

3.809 

*         J     JT"   J 
-     28     52     24.4 

/'-'*  j 

70.1 

j  . 

2 

0.50 

784S 

O.  Arg.  S.  17871  .    .    . 

7-° 

5  S'.^S 

68.2 

3 

3.605 

-  21   44  47.0 

70.2 

3 

0.51 

7846 

Lacaille  7634  .... 

6.8 

18    6    7.57 

64.9 

3 

+  3.839 

-  29  51   31.4 

67.2 

3 

+     0-54 

7847 

7848 

Lacaille  7629   .... 
Anonymous           .    .    . 

6-3 

O.  2 

6     8.02 
6  ic.  66 

63-5 
67.6 

2 
2 

3-995 

•?    c-j  r 

-  34  37  50.  5 

—    l8    S7    54    3 

72-5 
60  i 

4 

2 

0-54 

O    C/1 

/  **^w 

7849 

B.  A.  C.  6174  .... 

y  " 

7.0 

6  21.80 

63.0 

3 

O-  ->  J1 

4.065 

•  u  j  /   j^-  j 
-  36  36  40.  9 

wy.  A 

66.1 

2 

Ut  34 

0.56 

7850 

78O 

B.  A.  C.  6175  .... 

Anonymous                   . 

7.0 

Q    O 

6  28.  18 
1  8    6  29.  20 

69.0 
61  <; 

2 
2 

3.920 

+      •7     -4QI 

-    $2    22    46.4 

T7    27    C?    8 

58.6 

eg    7 

2 

o-S7 

+      O    C7 

/  u  j  • 
78?2 

A    Herculis 

y'  v 
c   o 

6  38  01 

**••  j 

61.  6 

J-  'ty1 

2    2t7 

J  /  *  J  ;>;>•  ° 

+71     22    21     O 

-)Up  O 

C  -I     A 

"•  57 

o.  c8 

/  wj^ 
7853 

7854 

O.  Arg.  S.  17892  .    .    . 
I  tj  Sa.gitta.rii  .            ... 

j-  •* 

7-9 

?.  ? 

**  ju-  wj 
6  45.69 
6  51.82 

65.8 
66.6 

6 

2 

"«  ^5/ 

3-  S32 

3C7Q 

o1    ^^  *t«y 

—  18  58  50.2 
—  20  <i  t;  t;8  7 

JJ-  4 

68.6 
63.  o 

2 

6 

°-59 
o.  60 

/  w  JT^ 

78SS 

DM.  +  37°,  3039    .    . 

j  j 
8.0 

6  54.91 

63-1 

2 

•  jiy 
2.040 

**"*      *TJ       j"*    J 

+  37  4i   12-3 

6i.5 

2 

o.  61 

7856 

0.  Arg.  S.I  7905  .    .    . 

8.0 

18    7     2.03 

65-1 

5 

+  3-  533 

-  '9     '  50.7 

69.8 

4 

+    0.62 

78S7 

B.A.  C.  6181    .    .    .    . 

7.0* 

7     7.28 

69.6 

2 

3.882 

-  3'   "  55-4 

58.5 

2 

0.62 

78S8 

O.  Arg.  S.  17916  .    .    . 

8.2 

7  13-38 

65.1 

5 

3-53' 

-  18  57  47-4 

69.1 

2 

0.63 

7859 

B4A.C.  6182    .... 

7.0 

7  14-52 

63.6 

2 

3.886 

-   31    21    37.4 

62.6 

2 

0.63 

7860 

Lamont  535      .... 

6.3 

7  17-22 

68.5 

4 

3-524 

-  18  42    2.0 

68.6 

2 

0.64 

7861 

O.  Arg.  S.  17922  .    .    . 

8.5 

18    7  17.41 

69.6 

2 

+  3-717 

-  25  45     2.  6 

56.4 

4 

+    0-64 

7862 

O.  Arg.  S.  17927  .    .    . 

7-5 

7  26.  62 

67.2 

2 

3.812 

-    28    58    19.  2 

70.  i 

2 

0.65 

7863 

O.  Arg.  S.  17928  .    .    . 

8.2 

7  30.60 

65.0 

4 

3-532 

-  >8  59  34-  7 

70.0 

7 

.     0.66 

7864 

786<; 

Tr.  Z.  25,  70     .... 
Anonymous  ... 

8.6 

7    1 

7  30.72 

7    11    Q2 

69.5 
6e  e 

2 

3-857 

1    C7I 

-  30  26  43.  i 

—    l8    S7      21 

64.6 
70.  i 

2 
2 

0.66 
o.  66 

/  vv  J 

7866 

Lamont  29           .    .    . 

/  •  j 

8.0 

/    -j      y 

18     7  35.  80 

j'  j 

69.  o 

2 

J-  .>  J  • 

4-     3    766 

ivj   j/       *••  j 
—   27    27    14    7 

cf,    \ 

_|_    o.  66 

/  *•'*•' 

7867 

Lalande  33592     .    .    . 

S.o 

7  55-68 

68.6 

3 

r   o-  /uu 
2.007 

^/      */      **T'   / 

+  38  33  5°-  3 

J"-  f 

67.8 

3 

0.69 

7868 

O.  Arg.  S.  17945  .    .    . 

8.0 

7  58.05 

77-6 

i 

3-528 

—  18  50  15.0 

73-7 

i 

o.  70 

7869 

DM.  +38°,  3110    .    . 

9.0 

7  59-59 

68.6 

2 

2.007 

+  38  33  20.  2 

48.4 

i 

o.  70 

7870 

7871 

B.A.  0.6187    .... 
r/     Sagittarii  

6.7 

7..  O 

8    8.98 
18    8    Q.  OQ 

62.  9 

61.6 

4 

3-775 

-4-    4.  O72 

—  27  45  16.  3 

—    3.6  47    ^8.  4 

71.0 
62.7 

3 

7 

0.71 
-(-     0.  71 

7872 

Anonymous  

J 

7    S 

»  u          u         y  .  vy 

8  1  1.  01 

6?    2 

|         *T'        / 

^    C12 

j\j   *t/    j^'  ^ 
—    IO      O    ^2    ^ 

*••  o 

68.6 

j 
2 

w.   y  » 

O.  72 

7873 
7874 

B.  A.  C.  6188   .... 
17  Sagittarii  

/  •  j 
7.0 

7    O 

8  12.13 
8  14.  92 

"j-  • 
63-6 
6;  <; 

2 
2 

O'  JJ^ 

3.886 

•3    1:7,1 

y          j      j 
—    31    20    24.  2 

—  20  35  10.  8 

62.6 
67  o 

2 

2 

v.  j  f, 

o.  72 

O   72 

7875 

Lalande  33602     .    .    . 

/  • 
7-2 

8  17.65 

^O-  3 
68.7 

2 

O-  J  /T- 

2.131 

+  35     9  35-8 

"/  •  w 
66.2 

3 

v.  1  1, 

0-73 

7876 

Lacaille  7646   .... 

6.8 

18    8  19.31 

65.0 

4 

+  3-978 

-  34    9    4-2 

68.5 

3 

+    o-73 

7877 

O.  Arg.  S.  17956  .    .    . 

8.0 

8  23.  74 

77.6 

I 

3-528 

-  18  50  54.  4 

75-7 

2 

o-74 

7878 

M.  Z.  36,  9  

8.8 

8  24.  28 

66.6 

2 

3-978 

-  34    7  5i-o 

71.0 

2 

0.74 

7879 

B.A.  0.6193   •   •    •   • 

6.0 

8  24.  56 

68.6 

2 

2.  OOO 

+  38  44  13-  3 

61.0 

2 

0.74 

7880 

B.  A.  C.  6191    .... 

6.0 

8  31.42 

64.6 

2 

3-792 

-  28  19  38.3 

67.7 

2 

0-75 

200 


CATALOGUE  OB'  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

u 

rt 

& 

a 
a 

u 

S 

1 

O 
O 

fe 

Annual 
Precession, 
1860. 

Mean 
Declination, 
J  860.0. 

h 

3 

QJ 
>-^ 

£3 

S 
S 

1 

"o 

C3 

Wt 

Annual 
Precession, 
:86o. 

h.   m.      s. 

s. 

0           /           // 

// 

7881 

7882 

B.  A.  0.6190  

6.4 

O   O 

18     8  31.48 
8  36.  20 

62.6 
7A   2 

2 
7 

+  3-804 

•3     C2I 

-  28  41  45.  I 

—    l8    31    7C    S 

63.0 

72    n 

3 

+    0.75 
o  76 

/  *"* 

7883 

7884 

B.A.  0.6192    .    .    .    . 

Anonymous  .        ... 

y.  *_• 

6.2 

8  5 

8  37-  38 

8    77    QI 

/  T"    * 

69-5 
6c  7 

O 
2 
I 

j'  3** 

3-955 

•3      C2I 

*u    OJ    OJ-  J 

-  33  26  30.  6 
-   18  AI 

f*fy 

58.6 

2 

o.  76 

o  76 

/  ****"f 

788S 
7886 

O.  Arg.  8.17965  .    .    . 

i_>.  j 
7.6 

6.  -; 

M  o/  '  y* 
8  43-  88 

18    9    2.80 

WJ"  / 

65.3 

72.8 

4 

4 

j'  3"* 

3-532 

+      •3     4.QI 

lu    4o 

-  19    o  43.0 

—    17    2*;      64 

68.6 

ce   7 

3 

2 

0.77 

+       O    7O 

/ 

7887 

O.Arg.  S.  17975  •    •    • 

J 

9.0 

9    4-33 

f    *••    U 

61.6 

*f 

2 

•J     *ty 

3-657 

X   ^         .C.J              W,    ^ 

-  23  38     6.  8 

.jj'  / 

58.0 

4 

u.  /y 

0.79 

7888 

Lacaille  7657   .... 

6.4 

9  10.  76 

66.6 

2 

3-998 

-  34  43  59-  7 

70.  6 

3 

0.80 

7889 

B.  A.  C.  6194    .... 

5-4 

9  17-37 

67.6 

3 

3-755 

-  27     5  21.0 

56-5 

4 

o.  81 

7890 

Lalande  33598     .    .    . 

6.0 

9  37-04 

73-o 

2 

3-528 

-  18  50  42.  7 

60.  5 

4 

0.84 

7891 

7892 

O.  Arg.  S.  18000  .    .    . 
Anonymous  

8.0 

18     944-89 

IO       I. 

68.3 

3 

+  3-  525 

7    727 

-  18  44  59-  3 

—    25    CO      11 

67.1 

rf,     r 

2 

+     0.85 
o  87 

7893 

B.  A.  €.6199    .    .    .    . 

6.4 

10     1.91 

63-4 

2 

O'  /  *J 

3-713 

j  ->y     o-  j 
-  25  39     8.9 

Jv*  J 
72.1 

4 

' 

0.88 

7894 

Lalande  33692     .    .    . 

8.2 

10     7.44 

69.6 

2 

2.052 

+  37  22     9.7 

65.9 

3 

0.89 

7895 
7896 

O.  Arg.  S.  18015  •    •    • 
40  Draconis  

7.2 

q.o* 

10  29.  93 

18  10  70.  62 

65-5 

62    7 

S 

+  3-523 

A  A&C 

-  1  8  40    9.3 

+    7Q    C8    AO    7 

66.  i 
70.  8 

2 

0.92 

i_     no? 

7897 
7898 

O.  Arg.  S.  18017  •    •    • 
41   Draconis   

j.  v 
8.0 
>;.o* 

10  30.  90 
10  36.  85 

"*•  / 

65.8 

62    7 

4 

*r  T-°J 

+  3-523 

—    A.   d.87 

/y  5°  4u-  / 
—  18  39  56.2 

_[_    70    ck    C2    I 

67.6 
70.  8 

2 

A 

F    °-  y^ 
0.92 

O    O7 

7899 
7900 

Lacaille  7661    .... 
Anonymous  

J 

6.5 

8.8 

io  53-56 

II   21.14 

'*•  / 
63-5 
68.5 

1 

4 

2 

*T-  H-W 
+      4-024 

3   coo 

i    /  y  j"  j**  * 

-  35  28  54.  6 

17    ,16    72    4 

68.1 

rg    . 

: 

2 

u-  yj 
o-95 

!o  oo 

•  jw 

*  /    T-1-'    j**  T- 

^0.   1 

* 

u.  yy 

7901 

Lacaille  7662   .... 

6.5 

18  ii  21.  64 

62.6 

2 

+  4.  098 

-  37  32  33-  7 

7>-3 

4 

+    o-99 

7902 

B.  A.  C.  6202    .... 

7.0* 

II  22.47 

6l.6 

4 

3.886 

-    31    22    17.  6 

56-9 

6 

0.99 

79°3 

•    O.Arg.  S.  18044  .    .    . 

8.0 

II  24.07 

62.7 

5 

3-649 

—    23    22      6.  2 

56-3 

3 

I.OO 

7904 

Lalande  33694     .    .    . 

7-i 

II  39.96 

66.2 

3 

3-Soi 

-    17    48    15-5 

61.2 

8 

1.  02 

79°S 

7906 

Weisse  (2)  XVIII,  328 
rf     Sagittarii  ...        .    . 

7-2 
2    Q 

II  52.99 

1  8    12      1  .  85 

68.6 
61.4 

2 
I  1 

2.067 

•4-   i  8-Jo 

+  36  58  4i-5 

2O    17       O    O 

65.9 
c8  o 

3 

1.04 

+       1    OC 

7907 
7908 

B.  A.  C.  6210   .... 
Anonymous  .    .    . 

*  y 
6.0* 

8  4. 

12      5.  I4 
12      Q.  08 

60.  i 
e,c  i 

1  J 
2 
2 

T^  J-  °jy 

3-452 

3*70  A 

^y  D  j    u"  u 

-  "5  53    6.5 

oR    2  A    1  1    A 

y**  y 

67.  2 

6Q       I 

5 

2 

1.  U^) 

1.  06 

I.  06 

7909 
7910 

B.  A.C.62I2    .... 
1  8  Sagittarii  

*"  T- 

7.0* 

6.0 

12  it.88 

12    14.  IO 

uj*  * 

70.4 

72   Q 

5 

•  /y4 
3-  9M 

7  874 

*0     •^     *  ji»  ^ 

-  32  14  18.3 

-JO    £Q    52    A 

63-4 
71    O 

5 
6 

1.07 

1.  08 

7911 

O.  Arg.  S.  18074  .    .    . 

8.0 

18  12  28.  75 

/  *•*  y 
72.  6 

2 

O*  W/TT 

+  3-5oo 

jw  jy  5*.  T- 
-  17  48  16.9 

/    4.    V 

73-6 

2 

+.     «-°9 

7912 

B.A.  0.6214   .... 

6.5 

12   30.  60 

63.6 

2 

3-727 

-  26     8  33.  9 

56.4 

3 

1.09 

79'3 

B.  A.  0.6217    .... 

5-7 

12   54.23 

60.6 

2 

3-694 

-  24  58  27.  3 

72.1 

4 

i-  '3 

79H 

B.  A.  C.  6220   .... 

6.6 

13      8.56 

65.1 

2 

3-796 

—  28  29  21.  9 

68.6 

3 

MS 

7915 

Lalande  33748     .    .    . 

6-3 

'3      8.77 

69.  I 

2 

3-530 

—  18  55     6.  2 

56.5 

3 

I.I5 

7916 

B.  A.  C.622I    .... 

6.2 

18  13  23.80 

62.7 

2 

+  4.068 

-  36  43  48.  9 

66.5 

2 

+      I-I7 

7917 

B.A.  C.  6222    .... 

6-5 

'3  33-  68 

62.  2 

6 

3-638 

-  22  58  54.  6 

60.8 

4 

I.I9 

7918 

Taylor  8458      .... 

8.4 

13  37-77 

69.4 

6 

3-737 

-  26  28  39.  5 

64.6 

10 

1.19 

7919 
7920 

Tr.Z.  178,  13   .... 
Anonymous  

9.0 
9.  -i 

>3  54-34 
n  <;8  ->8 

69.4 

60    S 

6 

3.738 

5    7  18 

—  26  30  30.  7 
—  26  31   1  6.  o 

69.4 

72    6 

5 

2 

I.  21 
1  .  22 

j 

j  j  •  jw 

y*  j 

O-  /  J° 

/*.  " 

U.  S    NAVAL  OBSERVATORY,  1845  TO  1877. 


2OI 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

iJ 
• 

I 

a 

rf 
Q 

s 

1 

IM 

0 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

Mean  year. 

1 

<*H 

O 

i 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

7921 

7022 

B.  A.  C.6226    .    .    .    . 
V     Serpentis  .... 

6.0 

2    O 

18  14     1.58 
14     -i  82 

64.  i 

6-1  6 

2 
I  ^ 

+  4-052 

31  dO 

-  36  18    7-3 

—      2    56      O.  2 

7'-3 
68.6 

4 

+     '.23 

I     27 

/  y 
7923 

O.  Arg.  S.  18115  (ist*) 

7 

8.4 

"t        O*  **" 

14  12.74 

VJ.    V 

64.9 

*  J 

3 

.    I«|W 

3-433 

-  15    9  n.  2 

68.1 

2 

i.  ^j 
1.24 

7924 

702=; 

O.  Arg.  S.  i8ii5(2d») 

e     Sagittarii               •    •    • 

8.2 
•?    o 

14  13.29 

HC2.  6d 

64.9 
CC      2 

3 

c 

3-433 

7    08? 

-  15     9    o.  6 

—    34.    26   d.7    5 

68.1 
66.  6 

2 

6 

1.24 

I     7O 

/  7      J 
7Q26 

Anonymous 

J' 

90 

J  £,  .    \Ji^ 

l8    Id    17.    77 

JJ-  • 
7O    7 

J 

o-  y°/ 

+    4     IAO 

J^f     Avy    *T/  •  J 

->8  ^o  46.  o 

70.  6 

I.  JU 
+        1     "3O 

/  y--' 

7Q27 

A     Lyroe                      . 

.  U 
4    S* 

***•    jj'  /  / 

HC7    28 

/u>  J 

60.  o 

*f-  "+1-' 

2IO7 

+     ^6       O    1  2    A 

c2  8 

10 

1  .  JU 

2     71 

/  y   i 

7928 

Jjamont  5^                      * 

v  J 

8  <; 

j  /  •  *•"- 

I  C         6     1  7 

69.  8 

•  *  *-*o 

377C 

jw       **    *  ^-  ^f 

—  26  26     9.  9 

j~-  « 
69.  6 

2 

•«  j1 
I      72 

7Q2Q 

Anonymous                .    . 

*••  j 

8.0 

•  J       **•  *O 

1C      ig      A-J 

7O    7 

•  /OJ 
41  7Q 

38    38    .j8.  2 

60  "j 

6 

1.  J^ 
I     1A 

/  y    y 

793° 

O.  Arg.  S.  18151  .    .    . 

7.2 

'  J      **•*•  *f/ 

15  26.88 

fw'  J 

69.1 

6 

•  *oy 

3.738 

—  26  30  53.  8 

uy.  o 
64.9 

6 

1  •  j4 

'•35 

793' 

Lacaille  7693   .... 

6.8 

18  15  28.57 

69.6 

2 

+  3-9'7 

-  32  21   34.  I 

64-5 

2 

+     1-36 

7932 

Tr.  Z.  125,  21  .    .    .    . 

8.6 

'5  28.97 

75-i 

6 

3.83° 

-  29  36  32.  8 

77.6 

2 

1.36 

7933 
7934 

Tr.  Z.  125,  22  .... 
Anonymous 

8.0 

Q   O 

15  30.42 

1C    -II    ol 

73-8 

77    S 

4 

i 

3-830 

3O  2O 

—  29  35  33.9 

—    12    2C    12    Q 

71.9 

71  6 

6 

2 

1.36 

I      36 

7935 

I  acaille  7695   .... 

y'  " 

6.0 

j  J*  * 
15  56"-  '3 

//-  J 
69.  I 

2 

.  y«v 

4-043 

j-6    •O    J*"  7 

—  36    3  45-5 

/  a*  w 
63.5 

2 

i.  JU 

i-39 

7936 

O.  Arg.  S.  18160  .    .    . 

7-9 

18  15  56.46 

69.  I 

5 

+  3-739 

-  26  33  42.  2 

58.6 

6 

+     '-39 

7937 

13.  A.  0.6241    .    .    .    . 

5-5* 

16  18.40 

60.  I 

2 

2.  5OO 

+    23    12    59.8 

60.7 

9 

'•43 

7938 

7939 

Lalande  33952     .    .    . 
Anonymous           .    . 

8.8 

1  6  24.90 
16  2?  7? 

69-5 

7C    7 

2 

c 

2.O72 
1    QI2 

+    36    52    31-7 
—    -32    12    <;?    2 

61.5 
65.  6 

2 
2 

1.44 

I    A.A. 

7940 

B.  A.  €.6244    .    .    .    . 

7-9 

j  /  j 
1  6  48.  92 

i  j-  i 

69.6 

3 
2 

j*  y  *  ^ 

4-3.900 

J        •  "    03'  • 

-  3'  49  38-  9 

72.8 

5 

•  .  t^. 

'•47 

7941 
7942 

Lalande  (F)  2983    .    . 

S.o 

18  16  55.01 

17      O.  71 

73-6 
69.6 

2 
2 

—  14.542 

•4-    3    17"? 

+  85  40  15-8 
—  2O   ^6  46.  7 

46.4 

74    5 

3 

+     1-48 

I    AQ 

7943 

S2088  (ist*)  .... 

j 
9.0 

/           / 
17    11.58 

*»y  " 

65.6 

2 

I        O'  Jl  J 

3.228 

•**    O"    ifv.  / 

-     6  40  31.4 

/  ^*  J 
67.1 

2 

»  .  i$.y 

1.50 

7944 

22088  (ad*)  .    .    .    . 

7.0 

17  n.68 

65.6 

2 

3.228 

•     6  40  24.  2 

66.3 

4 

1.50 

7945 

Lalande  33943     .    .    . 

7.0 

17  14.91 

69.6 

2 

2.095 

+  36  14  14.0 

61.5 

2 

1.51 

7946 

O.  Arg.  S.  18198  .    .    . 

8.0 

18  17  16.85 

74-  1 

3 

+  3-587 

—  21     6  35.7 

65.6 

2 

+     i-Si 

79*7 

(!     Ursce  Minoris  .... 

4.5* 

17  3°. 

—19.380 

+  86  36    6.9 

56-9 

170 

'•53 

7948 

Lalande  33997     .    .    . 

7-5 

17  34.22 

69.5 

2 

+  2.074 

-f    36   50      2.0 

62.1 

2 

'•54 

7049 

B.  A.  €.6249    .... 

6.5* 

17  40.89 

69.6 

5 

3.856 

—  30  28    o.  I 

67.1 

2 

'•55 

795° 

Lacaille  7708   .... 

6.8 

17  57.20 

66.  i 

2 

4.044 

-  36    5  34-4 

69.5 

4 

'•57 

795" 

M.Z.  261,17    .... 

7-9 

18  18    9.22 

68.6 

2 

+  3-829 

—  29  35    5-  7 

68.7 

4 

+    '-59 

7952 

O.  Arg.  S.  18209  •    •    • 

S.o 

1  8  10.38 

69.6 

2 

3-652 

-  23  30  40.  8 

67.6 

2 

'•59 

7953 

B.  A.  0.6258    .... 

6.0* 

18  ii.  97 

61.  i 

2 

1.412 

H-  5'   '4    3-3 

54-6 

3 

'•59 

7954 

Lalande  33966     .    .    . 

8.0 

18  15.17 

61.5 

2 

3-509 

-189  43.  7 

S6.2 

3 

i.  60 

7955 

B.  A.  €.6254   .... 

7.0 

18  18.  21 

65.7 

2 

3-954 

—  33  29  18.3 

62.6 

2 

i.  60 

7956 

B.  A.  €.6256    .... 

8-3 

18  18  30.98 

76.6 

2 

+  3-892 

-  31  36  32-3 

71.9 

3 

+     1.61 

7957 
701:8 

B.A.  0.6261    .... 
Anonymous           . 

6.0 

Q     1 

1  8  59.94 
i  Q     8.  90 

66.7 
68.6 

5 

2 

3-742 

362il 

—  26  42  46.  8 

—   22   28 

55-2 

8 

1.66 
i  67 

/  yj" 

7Q?O 

/I     Sagittarii 

y  j 
40 

To    to    78 

60.  5 

IA 

•  w^*f 

1    707 

oc    2O   42    I 

63.  8 

1.  U/ 

1  .  69 

/  yjy 
7960 

B.A.  0.6264    .... 

•  *• 
6.5 

1  y   *y  •  /u 
19  21.89 

64.6 

•**• 

2 

J-  /w/ 

3-746 

Aj    *-y  T™ 
—   26   50    12.  I 

54.1 

4 

1.69 

202 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

S 

>s 

a 
S 

S 

1 

IM 

O 

6 

Z, 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

Mean  year. 

J3 

o 
o 

1 

Annual 
Precession, 
1860. 

7961 

O.  Arg.  S.  18234  .    .    . 

8-5 

h.  m.      s. 
i  S   19  24.  64 

64.6 

2 

s. 
+  3-  746 

0           /           // 

-    26  50  56.4 

68.6 

2 

// 
+     '-70 

7962 

M.Z.47,9    

8.2 

'9  35-41 

70.1 

2 

3.806 

-    28    51    36.  2 

69.6 

2 

1.71 

7963 

7Q64 

B.  A.  €.6266    .... 
Anonymous  

7-o 
9-  ° 

'9  37-56 
19  44.  69 

63.5 

70.  o 

4 
3 

3.640 
3.  624 

-  23     4  54-  8 

-   22   29   44.  I 

59-  i 
56.6 

4 
3 

1.72 
i.  73 

/  y*r 

7965 

7066 

B.  A.  0.6267    .... 

6.6 
8.  5 

19  46.30 
18  19  58.  20 

65.2 
69.6 

5 

•! 

3-502 
+  ^.6« 

-    17    52   52-  I 

-  22  54    8.  5 

67.2 

55.6 

2 

3 

i-73 
+     '•  74 

l3fwv 

7967 

d    Serpentis  (1st*)   .    .    . 

J 

7-o 

20    2.  57 

65.6 

J 

4 

1       O        JJ 

3.069 

+    o,  6  58.5 

70.1 

4 

i-75 

7968 

d    Serpentis  (2d*)   .    .    . 

8-5 

20      2.  76 

65.6 

4 

3-069 

+    06 

i-75 

7969 

O.  Arg.  S.  18261  .    .    . 

8.0 

20  13.  66 

77-3 

5 

3-74i 

-  26  40  38.  9 

76.3 

3 

'•77 

7970 

M.  Z.  39,  15  

7-2 

20    13.77 

76.5 

2 

3-925 

-  3«  38  3i-4 

74-3 

3 

1.77 

797' 

Lacaille  7732   .... 

7.0* 

18  20  13.83 

72.  2 

7 

+  3-741 

-  26  39  54.  9 

68.9 

6 

+     i-77 

7972 

B.  A.  €.6271    .    .    .    . 

7-o 

20  17.  26 

60.6 

2 

3.821 

-  29  20  31.4 

56.4 

4 

1.77 

7973 

Lacaille  7728   .... 

7-5 

20    22.  13 

67.5 

2 

3-97i 

-  34     i     6.9 

67.7 

2 

1.78 

7974 

Weisse  XVIII,  473      . 

6-5 

20   40.  I  I 

67.6 

2 

3.069 

+    075-4 

68.  i 

2 

1.81 

7975 

7Q76 

B.  A.  €.6273    .    .    .    . 

6.2 

8.0 

20  43.  81 

1  8  2O  47.  O4 

63.6 
60.1; 

2 
2 

3-703 

+    A   O72 

-  25  20  28.  9 
—   36  C4   11.  q 

67-7 
67.6 

2 
2 

1.81 
+     1.82 

/  7/  " 

7977 

B.  A.  C.  6274   .... 

6.8 

T-/  •  v^ 
20   48.  38 

7     J 

63.5 

2 

*f.   w/  • 

3.956 

j      JT-  jjy 

-  33  34  52-4 

65.2 

2 

1 

1.82 

7978 

7Q70 

'  B.  A.  0.6279    .... 
Lamont  83    

5-4 

Q.  O 

21     I3.O2 
21     1^.84 

62.0 
61.6 

4 

2 

3.420 

-?  6^1 

-    14  39    4-8 

—   22   46    II.  2 

69.6 
56.6 

3 

2 

1.85 
1.85 

/  J  i  y 
7  080 

y 
8.2 

J'   WT^ 

21    32.  3Q 

68.  c, 

2 

o     j 

4   Ol8 

—    3?   24  47.  q 

J 

67.7 

2 

1.88 

/  y** 

7981 

B.  A.  €.6283    .    .    .    . 

6-9 

o      jy 

18  21  38.  34 

VU,    J 

71.3 

3 

•|   .     *^*W 

+  3-806 

jj      ^  T^J   y 
—  28  52  59.7 

69-3 

3 

+     1-89 

7982 

Lacaille  7741   .... 

7.0 

21  41.31 

62.  7 

2 

4.071 

-  36  53  57-3 

67.6 

2 

1.89 

7983 

B.  A.  €.6284    .    .    .    . 

6.0 

21    47.65 

64.9 

2 

3.420 

-  14  40  12.4 

69.8 

4 

i.  90 

7984 

7q8<; 

B.  A.  €.6285    .    .    .    . 
23  Sagittarii  

5-5 

7  O 

21  53-7" 

21    ?8.  78 

66.  i 

64.  H 

2 
2 

3-939 
3.  646 

-  33    4  39-3 

—    23    2O  22.  I 

67.1 
68.6 

4 

3 

I.qi 
I.  92 

/  y    J 

7986 

DM.  +  35°,  3251     .    . 

/ 

7-8 

JU.    y  <_r 

18    22      1.48 

Wffl    J 

68.6 

2 

O    "t" 

+    2-  'OS 

+  35  59  27-6 

68.2 

4 

+      1-92 

7987 

M.  Z.  25,71      .    .    .    . 

7-9 

22      2.35 

69.5 

2 

3.916 

—   32   22   40.  2 

67.0 

2 

i-93 

7988 

DM.  +  35°,  3252    •   • 

7-8 

22      6.  32 

68.6 

2 

+    2.  106 

+  35  56  46-4 

61.8 

4 

>-93 

7989 

24  Ursa;  Minoris   .... 

6.0 

22    36.  24 

67.1 

3 

—22.  245 

+  86  58  46.0 

67-5 

4 

'-97 

7990 

O.  Arg.  S.  18314  .    .    . 

8-5 

22  36.  55 

64.6 

2 

+  3-599 

-  21  37     1.9 

65-5 

2 

1.97 

799' 

0.  Arg  S.  18317  .    .    . 

7-o 

18  22  49.  86 

67.5 

2 

+  3-648 

-  23  34  3°-  2 

68.7 

2 

+     '-99 

7992 

B.  A.  €.6292    .    .    .    . 

7-3 

23    6.  16 

65.1 

4 

3-530 

-  18  59  36.5 

65.1 

2 

2.  O2 

7993 

Lacaille  7757   .... 

6.6 

23  10.99 

62.9 

3 

4.019 

-  35  26  38.  2 

69.6 

3 

2.  O2 

7994 

B.  A.  C.  6293    .... 

6-7 

23  "-59 

62.5 

4 

3-5I3 

-  18  21   19.  i 

60.6 

4 

2.03 

7995 

Tr.  Z.  26,  77     .    .    .    . 

7-o 

23  12.64 

68.9 

6 

3-937 

-  33     i  57-7 

67-3 

4 

2.03 

7996 

B.  A.  0.6294    .    .    .    . 

6.0* 

18  23  14.  M 

61.5 

3 

-r   3-5I7 

-  18  29  41.0 

62.1 

4 

+      2-03 

7997 

B.  A.  0.6295    •    •    •    • 

7.0* 

23  19.64 

61.5 

5 

3.8*8 

-  29  17    6.3 

56-' 

5 

2.O4 

7998 

B     Corpnae  Australis     .    . 

5-2 

23  30.  10 

68.7 

2 

4.287 

-  42  24  3i-3 

66.  i 

2 

2.O5 

7999 
8000 

Lalande  34274     .    .    . 

7-5 
8.  •? 

23  54-  57 

24.       I.  OQ 

69.  i 
67.  •? 

2 
•I 

2.  Il6 

3.  0-58 

+  35  42  26.  5 

—    TJ      4   41.  I 

67.8 
69.6 

4 
3 

2.O9 
2.  IO 

o 

T^              *  V7 

/  *  J 

O 

o  yj 

JJ     "   ^ 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


203 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

A 

o 

"8 

d 
fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

!j 

U 
^ 

I 

*& 

j§ 
o 

'o 

6 
fc 

Annual 
Precession, 
1860. 

8001 
8002 
8003 

Lalande  34222  .... 
Anonymous           .    .    . 

8.5 
8.5 

8.4 

h.  m.     s. 
18  24     4.37 

24    6.  68 
24  10.  07 

69-3 

77-5 
74-2 

3 
3 
8 

s. 
+  3-620 

4.069 
4.070 

0         /             // 

—   22   23   2O.  4 

-  36  5'  48.5 

-    36   54    12.  2 

64.6 
76.1 
72.6 

4 

4 
6 

// 

+      2.  10 
2.  II 
2.  II 

Tr.  2.56,7    

8004 

B.  A.  C.  6301    .... 

7.0 

24  14.  82 

71.  i 

4 

3.532 

-   19     4     7.2 

58.0 

5 

2.  12 

8005 

Lalande  34229     .    .    . 

8-5 

24  18.79 

60.  9 

3 

3-615 

—    22    13    57.0 

56.2 

2 

2.  12 

8006 

Weisse  XVIII,  570      . 

9-  i 

18  24  31.45 

65.6 

4 

+  3-340 

-    II    23      9.6 

65.6 

3 

+      2.14 

8007 
8008 
8009 

B.  A.  €.6304    .    .    .    . 
e     Serpentis       .    . 

6.2 

5-8 
6.0 

24  40.  75 
24  43.  20 
24  46.  59 

64.9 
7'-5 
63-3 

5 
3 
5 

3.670 
3-097 
3-939 

-  24  12  26.  3 

i     5  56.  9 
-  33    6  57.3 

59-2 
57-6 
62.  9 

4 
3 
3 

2.15 
2.16 
2.16 

B.  A.  C.  6305    .... 

8010 

DM.  -f  61°,  1748    .    . 

8-3 

24  51.50 

69.6 

3 

0.659 

+  61     5 

2.17 

Son 

B.  A.  0.6308    .    .    .    . 

7-  i 

1  8    24   54.  22 

65.5 

6 

+  3-937 

-  33    3  39-0 

66.  i 

4 

+      2.17 

8012 
8013 
8014 
8015 

8016 
8017 

B.  A.  0.6309    .    .    .    . 

Anonymous  .    .    . 

6.0 

24  57.  88 

25   '3' 
25  '4-85 
25  20.  26 

1  8  25  23.03 
25  31-65 

69.6 

64.7 
64.4 

66.8 
62.7 

2 

7 
5 

5 

2 

3-5i6 
0.660 
3-870 
3-667 

+  3-869 
4-179 

-  18  27  59.  i 
+  61     8  55.0 

-  3°  59     1-4 

-  24    7  57.3 

-  30  58    8.  4 
-  39  47  48.  6 

69.6 

54-5 
66.6 

7°-3 

69.  i 
70.6 

3 
3 
4 

4 

2 

3 

2.18 
2.  2O 
2.  2O 
2.21 

+      2.22 
2-23 

B.  A.  €.6310    .    .    .    . 
24  Sagittarii    

7-  ' 
5-9 

9.0 

7.0 

Anonymous  

Lacaille  7765    .... 

8018 

8019 
8020 

0.  Arg.  S.  18395  •    •    • 
25  Sagittarii   

8.0 
7.0 
7.2 

25  53-oi 
25  58.81 
26  16.  oo 

64.  i 

58-5 
67.9 

2 

3 
3 

3-494 
3-673 
3-934 

-  17  38  20.  i 
-  24  19  30.  i 

-  32  59  44-  2 

66.6 
72.6 
69-4 

2 

5 
4 

2.26 
2.27 
2.29 

B.  A.  0.6317    .    .    .    . 

8021 

Tr.  Z.  56,8   

8.4 

18  26  22.  72 

69.1 

2 

+  4-070 

-  36  54  59-  9 

69.6 

3 

+      2.30 

8022 

B.  A.  €.6319    .... 

7-4 

26  46.  24 

62.3 

3 

3.840 

-  30    2  35.9 

69.6 

3 

2-34 

8023 

O.  Arg.  S.  18413  .    .    . 

7-5 

26  54.63 

68.6 

2 

3-614 

-   22    II    47.  8 

56.2 

2 

2-35 

8024 

B.  A.  0.6322    .... 

6.0* 

26  56.  60 

59-9 

3 

2.494 

+  23  30  53.  7 

53-5 

4 

2-35 

8025 

B.  A.  0.6321    .... 

6.0 

27    3.  27 

69.0 

3 

3-833 

-  29  48  20.  4 

72.4 

5 

2".  36 

8026 
8027 
8028 

Lalande  34354     .    .    . 

7-5 
5-5* 
7.6 

1  8  27  24.05 

27  35-27 
28    4.  42 

59-9 
64.8 
71.6 

3 
107 

3 

+  3-  520 
3.266 
2.060 

-   18  39  26.3 
—     8  20  20.  2 
+  37  '9  39-  5 

59-  o 
66.8 
69.  i 

5 
H 
4 

+   2.39 
2.41 

2.45 

Lalande  344  12...    . 

8029 

B.  A.  C.  6327  .... 

6.5 

28    1  2.  O2 

65.6 

2 

3-795 

-  28  37     7.  i 

67-7 

2 

2.46 

8030 

Lalande  34401  .... 

7-5 

28    19.  24 

60.0 

2 

3-526 

-  18  53  48.8 

56.6 

2 

2.47 

8031 
8032 

8033 

B.  A.  0.6331   .... 
Anonymous   .   .    . 

7.0 
8.5 
8.5 

18  28  31.58 
28  37.81 
29     6.  96 

69.0 
66.5 
65.0 

2 

3 
2 

+  3-713 
3.601 
3.602 

-  25  46  19.  i 
-  21  45  44.2 

-    21    48   47.  2 

63.6 
68.6 

56.6 

2 
2 
2 

+   2.49 
2.50 
2.54 

O.  Arg.  S.  18462  .    .    . 

8034 

B.  A.  0.  6334  .... 

7-  i 

29  10.  44 

64.6 

3 

3.926 

-  32  47  45.  2 

72.5 

5 

2.55 

8035 

B.VI.  18",  97  .... 

7-9 

29  19.80 

69.6 

2 

3.648 

-  23  30  40.  6 

64.6 

2 

2.56 

8036 

Lalande  34503  .... 

7.  o* 

18  29  25.54 

69.6 

2 

+  2.024 

+  38  19  39-  7 

48.5 

2 

-f  2.57 

8037 

B.  A.  0.6336    .... 

6.5 

29  31.44 

60.  i 

2 

3-595 

—  21  30  33-9 

63-4 

3 

2.58 

8038 

Weisse  XVIII,  696     . 

9.0 

29  39.  98 

65.6 

5 

3-373 

-  12  47  44.6 

65.6 

3 

2-59 

8039 

B.  A.  C.  6341  .... 

6.0* 

29  40.  69 

61.6 

2 

2.496 

+  23  29  40.  9 

57-7 

2 

2-59 

8040 

O.  Arg.  S.  18486  .   .   . 

7-5 

29  56.  93 

64-S 

2 

3-641 

-  23  13    4.4 

67.7 

2 

2.61 

204 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

J 

rt 

£ 

a 

rt 

<u 

s 

1 

IM 
O 

O 

Z 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

H 

rt 

OJ 

>* 

C 
rf 
<u 

a 

£ 

o 
"13 

o 
£ 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

o      /       // 

// 

8041 

B.  A.  C.  6343  .... 

5-7 

18  29  59.71 

62.3 

8 

+  3-652 

-  23  37  ii.  2 

69.  2 

3 

+     2.62 

8042 

Lacaille  7802  .... 

6.8 

30     1.68 

65.7 

2 

3-976 

-  34  16  59.6 

67.7 

2 

2.62 

8043 

O.  Arg.  S.  18489  .    .    . 

8.2 

30    8.  18 

70.0 

5 

3-5'5 

-  18  29  54.8 

69.  I 

2 

2.63 

8044 

M.Z.  25,75  

8.0 

30  18.74 

68.6 

2 

3-905 

-  32     9     9-9 

66.6 

2 

2-65 

8045 

B.  A.  C.  6344  .... 

7.0 

30  19.70 

62.9 

4 

3-937 

-  33     6  45.  5 

65.2 

2 

2.65 

8046 

Lament  646      .... 

8.5 

18  30  29  03 

65.8 

3 

+  3-526 

-  1  8  54    o.  i 

56.6 

2 

-f     2.66 

8047 

O.  Arg.  S.  18495     •    • 

7-5 

30  32.  19 

68.7 

2 

3-463 

—  '  16  25  36.  5 

67.6 

3 

2.66 

8048 

B.  A.  C.  6346  .... 

6.6 

30  32.  28 

64.  i 

5 

3-643 

-  23  18    o.  2 

64-9 

3 

2.68 

8049 

B.  A.  €.6349    .... 

7.0* 

30  40.  42 

59-5 

2 

2.007 

+  38  46  57-9 

53-5 

4 

2.68 

8050 

9.  o 

3°  S'-S1 

67.6 

2 

3-372 

-  12  43  48.  7 

68.7 

2 

2.  69 

8051 

O.  Arg.  S.  18505  .    .    . 

8.6 

18  31     9.  64 

66.0 

7 

+  3-  7o8 

-  25  37  14-  i 

68.9 

3 

+      2.72 

8052 

O.Arg.  8.18506  (ist*) 

8.8 

31   '3-  13 

64.  6 

5 

3.708 

-  25  37  36.3 

69-3 

3 

2,72 

8053 

O.  Arg.  S.  18506  (2<1») 

7.6 

3'   13-49 

64.6 

5 

3.708 

-  25  37  31.0 

69-3 

3 

2.72 

8054 

Lacaille  7815   .    .    .    . 

6-7 

31    21.02 

63.2 

3 

3-965 

-  33  58  45-7 

70.4 

5 

2-73 

8055 

Lalande  34581     .    .    . 

7-i 

31    26.42 

72.6 

4 

2.040 

+  37  55  '3-  6 

65.9 

3 

2.74 

8056 

Weisse  XVIII,  779     . 

8.0 

18  32  10.  21 

65.6 

4 

+  3-335 

-  ii  13  34-o 

65.6 

3 

+      2.  8l 

8057 

O.  Arg.  S.  18525     .    . 

9.0 

32    10.58 

72.0 

4 

3-693 

-  25     8    8.  i 

69.6 

2 

2.  8l 

8058 

a     LynE 

I.  O 

32  ii.  81 

54-8 

289 

2.013 

f  38  39  17.  7 

52.8 

639 

2.81 

8059 

O.Arg.  S.  18531  .    .    . 

8.8 

32  19.27 

60.6 

2 

3-  601 

—   21    46   56.0 

56.  6 

2.82 

8060 

Weisse  XVIII,  793     . 

8.4 

32  41.30 

66.  i 

2 

3.288 

-     9  15  50.0 

70-3 

3 

2.85 

8061 

Weisse  (2)  XVIII,  985 

7-4 

1  8  S2  43-  83 

68.6 

2 

+  2-051 

+  37  39  39-  i 

61.5 

2 

+     2.86 

8062 

Weisse  XVIII,  792     . 

9.0 

32  44.  68 

65.6 

5 

3-373 

-  12  49  39-5 

66.6 

3 

2.86 

8063 

Lamont  60    

7-  2 

32  53.  44 

68.6 

2 

3.886 

—  31  36  16.  9 

66.5 

2 

2.87 

8064 

O.  Arg.  S.  18536  .    .    . 

7.0 

33    o.  12 

69.6 

3 

3.692 

-  25     6  52.  i 

67.7 

2 

2.88 

8065 

Lacaille  7823    .... 

6.0 

33  n-33 

66.  i 

2 

4.159 

-  39  24  S2-  1 

71.1 

4 

2.89 

8066 

26  Sagittarii  .... 

5.6 

18  n  IQ.  i< 

65.  i 

5 

+  3-66o 

-  23  57  35.0 

67.0 

3 

+     2-  9° 

8067 

Anonymous 

J     v 

9.  O 

jj      y      j 
11    34.  06 

69.  2 

3 

4-  IO4 

~  37  58  3°-  5 

67.0 

2 

2.  93 

8068 

B.  A.  €.6358    .    .    .    . 

' 

7.0* 

oj  3^'  y 
33  43-  93 

60.  I 

4 

3-4'9 

-  H  4i  32-  i 

54-6 

2 

2.94 

8060 

Anonymous 

Q.  O 

\"?   4.7.  4.1 

69.  5 

2 

4.  1  06 

—  38    o  42.  8 

67.6 

2 

2.  94 

7 

8070 

O.  Arg.  S.  18564  .    .    . 

y  w 

7-4 

•JJ      T"/        T' 

34    6.59 

64.6 

2 

3-565 

—   20   26    28.8 

66.6 

3 

2-97 

8071 

A     Coronae  Australis     .    . 

5.0 

1  8  34  10.45 

66.  i 

2 

+   4-  122 

-  38  27  13-3 

72.0 

5 

+     2-98 

8072 

Lamont  63    ... 

7.  1 

34    12.  I  ^ 

68.7 

2 

3.891 

-  31  46     3.4 

67.1 

2 

2.  99 

8073 

O.  Arg.  S.  18568     .    . 

/    j 

7-4 

jfcj.    *  ..  *j 

34  16.75 

66.6 

2 

3-693 

-  25    9  48.  5 

68.2 

2 

2-99 

8074 

2     Aquilse      .... 

?.  1 

^4.    ^6.  4.2 

63.6 

2 

3.286 

•    9  10  57.  9 

71.  9 

4 

3.02 

8°7S 

O.Arg.  8.18577  •    •    • 

j    j 
6-3 

JT"     J     '  "F" 

34  40.  14 

64.8 

3 

O 

3.538 

-  19  24  5'-  i 

64.6 

2 

3.02 

8076 

Lalande  34650     .    .    . 

8-7 

18  34  41.  86 

67.6 

2 

+  3-335 

-    II    14   28.  2 

69.2 

2 

-1-     3.  02 

8077 

Lalande  34661     .    .    . 

7-5 

34  54-47 

77.6 

3 

+  3-098 

i     7     i.i 

77.6 

2 

3-04 

8078 

Lalande  34831     .    .    . 

9.0 

34  55-  29 

75-o 

7 

-  1-047 

+    72    12   38.7 

73-6 

6 

3-05 

8079 

O.  Arg.  S.  18584  .    .    . 

8.  i 

35     3-44 

66.6 

2 

+  3-  536 

-    19    21    3'-3 

69.  2 

2 

3.06 

8080 

O.  Arg.  S.  18587  .    .    . 

7-5 

35  "-55 

70.0 

3 

3-580 

-  21     3     7-4 

69.  2 

2 

3-°7 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


205 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

IM 
O 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

t~i 
• 
B 
>> 

C 

g 
s 

1 

IM 

O 

O 
2 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /             // 

// 

8081 

B.  A.  €.6363    .... 

5-9 

18  35  13-38 

7»-3 

3 

+  4-  174 

-  39  49  '7-3 

66.5 

2 

+     3-07 

8082 

Lacaille  7831   .... 

7-2 

35  '5-36 

71-3 

3 

4.176 

-  39  52  45-9 

66.5 

2 

3.08 

8083 

B.A.  0.6365    .    .    .    . 

6.0* 

35  27-47 

60.6 

2 

2.031 

+  38  H  '9-6 

61.8 

5 

3-09 

8084 

Weisse  XVIII,  874     . 

7.0* 

35  44.  10 

65.6 

2 

3-340 

-  ii  28  15.4 

65.6 

3 

3.10 

8085 

Tr.  Z.  185,  25   .... 

9.0 

35  51-74 

60.0 

2 

3-524 

—  18  53  53.4 

56.4 

5 

3-12 

8086 

O.  Arg.  S.  18604     .    . 

6.9 

18  35  53-64 

64.6 

2 

+  3-  538 

-  19  27  14.  i 

64.6 

2 

+    3-  '3 

8087 

Lacaille  7838  .... 

6.S 

35  54-97 

65.0 

4 

4.031 

-  35  59  34-9 

67.2 

2 

3-  '3 

8088 
8089 

Weisse  XVIII,  887     . 
DM        i°,  3550  .    .    . 

7-8 

35  59-66 
^6    7.  38 

73-8 
77.5 

6 
I 

3-097 
3.098 

-     i     5    6.8 
i     7     i.  7 

72.  1 

73.6 

4 
2 

3-  "4 

7      1C 

8090 

B.  A.  €.6369    .    .    . 

5-6 

J             1      J 

36  13.09 

60.6 

2 

3.692 

-  25     8  50.4 

/  J 

66.6 

3 

J~    1J 

3.16 

8091 

O.  Arg.  S.  18609  .    .    . 

7.2 

18  36  16.97 

69.9 

3 

+  3-  582 

-  21     6  31.9 

68.2 

2 

+         3-16 

8092 
8003 

B.  A.  €.6375    .    .    .    . 

6.0 
9.  5 

36  29-93 

?6    33.  -22 

76.8 
60.6 

4 

2 

-  2.851 
+  3-  592 

+  77  26    4.7 
—  21  29  59.  5 

72.9 
56.6 

4 

2 

3-  '8 

3    l8 

yj 

8094 

B.  A.  C.  6372  .... 

6.0* 

J      JJ 
36   39.  80 

59-6 

2 

+  1.378 

+  52    3  56.  7 

J 

53-6 

3 

O"   »W 

3-  "9 

8095 
8096 

O.  Arg.  N.  18534    .    . 

8.0 

5.O 

36  47.  18 
1  8   36  c.4.  45 

71.7 
61.5 

7 
15 

-  1.061 
+  3-748 

+  72  17  27.2 
—  27    7  49.  2 

73-8 
68.6 

5 
6 

3-20 
4-        5    22 

8097 

O.  Arg.  S.  18623     .    . 

J 

7.0 

**  j     j^  ^j 
36  57-n 

64-5 

J 

2 

3-582 

-  21     8  22.9 

65.1 

2 

1          O"  •" 
3-22 

8098 

O.  Arg.  S.  18625  .    .    . 

7.8 

36  57-  54 

65.1 

3 

3-573 

—  20  47  10.  9 

65.1 

2 

3.  22 

8099 

Lacaille  7843  .... 

7-5 

37  16.  19 

68.6 

2 

3-964 

-  34     2  56.  8 

62.6 

2 

3.25 

8100 

Lamont  6333    .... 

8.7 

37  25.74 

66.2 

2 

+  3-098 

—     i     8     3.0 

66.7 

2 

3.26 

8101 

0.  Arg.  N.  18555     •    • 

7-5 

1  8  37  40.  28 

68,8 

6 

-  1.024 

+  72     9     3-2 

69.  2 

2 

+      3-26 

8102 

O.Arg.  S.  18636  .    .    . 

6-5 

37  41-64 

65.0 

2 

+  3.5I3 

-  18  30  18.4 

68.7 

2 

3.28 

8103 

O.  Arg.  N.  18558     .    . 

8.2 

37  43-  °5 

77.6 

2 

-  1-055 

+  72  16  53.6 

77.6 

2 

3-29 

8104 

B.  A.  C.  6376  .... 

6.0 

37  45-07 

65.5 

2 

+  3-546 

-  19  44  52.1 

62.6 

3 

3-29 

8105 

B.A.C.6377    .    .    .    . 

6.0 

37  S2.  29 

65-7 

2 

3-826 

-  29  46  25.  5 

72.7 

6 

3-3° 

8106 

Lacaille  7846  .... 

5-5 

18  37  57.  10 

76.6 

2 

+  4.200 

-  40  33    4-  i 

75-2 

5 

+      3-31 

8107 

Lalande  35006     .    .    . 

7-5 

38  23.  23 

71.3 

8 

—  1.047 

+  72  15   '3-0 

72.8 

6 

3-34 

8108 

Lacaille  7854  .... 

6.7 

38  35-  15 

62.  7 

2 

+  4.  168 

-  39  44  58.  3 

66.3 

3 

3.36 

8109 

Lalande  34868     .    .    . 

5-7 

38  41-77 

68.6 

2 

2.  IOO 

+  36  24  54.9 

65.0 

3 

3-37 

Sll<> 

B.  A.  0.6382    .    .    .    . 

7.8 

38  47-  54 

62.  9 

5 

3.785 

-  28  25  32.  8 

59-' 

4 

3.38 

Sill 

Lacaille  7858   .    .    .    . 

6.2 

'8  38  51-95 

66.  i 

2 

+   4.07I 

—  37    9  37-9 

73-2 

4 

+     3-38 

8112 

Lacaille  7860  .... 

6-5 

39    o.  47 

62.  7 

3 

3.963 

-  34    3  17-2 

63.1 

4 

3.40 

8113 

Weisse  XVIII,  971     . 

9.0 

39    4-  1° 

70.5 

4 

3.362 

—  12  25  39.5 

69.6 

3 

3-40 

8114 

Weisse  XVIII,  972     . 

9.0 

39    8.56 

67.6 

2 

3-365 

-  12  31  46.9 

69.7 

2 

3-41 

8115 

5     Aquilse  (ist*)  .... 

7.0 

39  14-80 

64.  i 

2 

3-097 

i     6  19.  9 

70.8 

5 

3-42 

8116 

5     Aquilae  (2d*)   .... 

7-7 

18  39  '5-57 

64.  i 

2 

+    3-°97 

i     6  27.0 

70.8 

5 

+     3-42 

8117 

Lalande  35041     .    .    . 

8-5 

39  22.68 

68.6 

5 

-    t.0'5 

+  72    8    9.9 

68.7 

3 

3-43 

8118 
8iig 

O.  Arg.  S.  18672  .    .    . 
1  10  Herculis    

6.1 
S.o* 

39  33-  9i 

3Q    38    2O 

64.5 

CQ    r 

2 
2 

+  3-  562 

2.  582 

—  20  25  20.  6 

-4-    2O   24.    55    S 

67.6 

534 

2 

3-44 
3  45 

7 

8l20 

el     Lyrse     

j 

4.   O* 

jy   ju*  * 
3Q  42    II 

jy'  j 
en  6 

I    OS? 

1        '           ^T1    JJ     J 

-4-    3O    31    31    C 

j  J.  ^ 

C,4     Q 

6 

j*  ^j 
3   46 

*T'   " 

oy  f*" 

jy 

•  y   j 

i     jy  j      j   •  j 

JT"  y 

j'  tv 

206 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

I*-. 

O 

O 

Z 

Annual 
Precession 
1860. 

Mean 
Declination, 
1  860.0. 

3 

OJ 

>, 

C 
3 

<u 

S 

J 

o 

<*- 

o 
o 

fe 

Annual 

Precession, 
1860. 

8121 

5.0* 

h.  m.      s. 
1  8  39  44.  35 

S9-  6 

7 

s. 
+   1.988 

o        /        // 
-1-     ^Q    28       4.  1 

"^.  1 

4 

// 

J_     3  46 

8122 

J 

5.0 

39  44.  70 

jy 

CC.  0 

O 

3 

3-  IS? 

i     jy            T^  o 

4    Cl    7Q.  7 

JO     J 

72    O 

^ 

i      j"  T-" 
346 

8123 

O.  Arg.  S_i8674  .    .    . 

7.0 

39  47-  3° 

JJ     y 

59.6 

J 

2 

O            J 

3-510 

T^     J  J     J7      O 

-    l8   22   37.  I 

/      •  v 

69.6 

o 

3 

.  if.w 

3-46 

8124 

8l2< 

Weisse  XVIII,  993     . 
[l    Lvrse 

8.0 
5.0* 

39  54-  25 
39  57.  06 

65.6 

47.  4 

6 
24 

3-363 

2.  063 

-    12   28   37.7 
-j-    37    27    T.Q.  O 

65.6 

4.6   4 

3 
8 

3-47 

•!    48 

*  j 
8126 

Lacaille  7865   .... 

5.8 

18  39  58.73 

T^/  *  ^ 

66.  i 

2 

"VO 

+  3-99° 

1       0  1     •**  /     Jy'  u 

-  34  53  46-  7 

tfu.  tj. 

68.6 

2 

J-  T-u 
+         3-48 

8127 
8128 

Lalande  34860     .    .    . 
C    Lyree 

6.0 

5.5* 

39  58.79 
39  59.  i.o 

66.7 
45-5 

2 
2 

3-534 

2.  064 

-  19  20  51.  8 
+  37  27    o.  7 

68.2 

4.S.  6 

2 
2 

3-48 
3     48 

8129 

O.  Arg.  S.  18682  .    .    . 

8.8 

40    1.99 

72.2 

3 

3.6lO 

-  22  13  47.3 

t,J'  v 

56.6 

4 

J-  *ru 

3.48 

8130 

Lalande  34950     .    .    . 

6-5 

40  27.  50 

77-2 

3 

2.  IOI 

+    36   25    20.  O 

73-7 

2 

3-52 

8131 

B.  A.  0.6396    .    .    .    . 

7-i 

18  40  52.  14 

61.9 

6 

+    3-751 

—  27  16  40.  7 

62.9 

3 

+       3-56 

8132 

2  2157  (ist*)  .... 

9-7 

41     8.  30 

65.1 

2 

3-214 

-    6    8  50.  o 

69.6 

2 

3-58 

8i33 

Brisbane  6501  .... 

8.0 

41     8.92 

66.1 

2 

4-37" 

-  44  37  44-  6 

55-0 

5 

3-58 

8i34 

S  2137  (2d»)    .... 

7.0 

41     9.51 

64.8 

3 

3-214 

6    9  26.  2 

67.6 

2 

3-58 

8i35 
8n6 

Lalande  34916     .    .    . 
29  S&gittarii  .    .    .    .   .    . 

7-i 
5.4 

41    21.  IO 

18  41  21.  55 

64.8 

62.  Q 

3 

IO 

3-533 
+  ?•  563 

-  19  17  45-7 

—   2O   28   4.0.  O 

65-9 
66  3 

3 

•3 

3.60 
_|_       3    60 

***OW 

8137 
8138 

Lacaille  7873   .... 
M  Z  48  20      ... 

6.5 

7.0 

41  28.40 
41  35.  76 

y 
62.7 
65.7 

2 
2 

1        J     J     J 

4-  15° 
4.  O78 

v  ty  ** 

-  39  19  55-5 

—    VI    24.    1  6.  I 

rv.   J 
65.O 
68.    I 

J 

4 

2 

1         j<  "w 
3.6l 
3    62 

8139 

B.  A.  C.  6400    .... 

6.6 

41  44.  16 

J*    / 

62.7 

2 

"T*       / 

3-630 

j  l     *"*r    *  *•*•  * 

—23     o  i  i  .  o 

69.9 

3 

J'  V4 

3-63 

8140 

B.  A.  C.  6401    .... 

7-6 

41  54.46 

62.6 

2 

3-740 

-  26  55  33.6 

70.9 

4 

3-65 

8141 

B.  A.  €.6403    .... 

7-« 

18  41  57-32 

63.6 

7 

+  3-866 

-  3i    7    7-i 

57-6 

4 

+      3-65 

8142 

Lacaille  7874  .... 

6-5 

41  58.04 

61.6 

2 

4-373 

-  44  41  42.  2 

54-6 

3 

3-65 

8143 

M.Z.  120,  136  .... 

8-5 

4i  S9-32 

67.8 

3 

3.860 

-  30  57  n.  6 

68.7 

2 

3-65 

8144 

Weisse  XVIII,  1056  . 

6-5 

42  11.41 

67.1 

4 

3-212 

6     4    4.  3 

7i-3 

3 

3-67 

8i4S 

Weisse  XVIII,  1058  . 

8.2 

42  12.58 

67.6 

3 

3-212 

-    6    5  57.3 

71-3 

3 

3-67 

8146 

0.  Arg.  S.  18735  •    •    • 

6.0 

18  42  25.43 

69.9 

3 

+  3-612 

—  22  19    7-3 

67.7 

2 

+      3-69 

8147 

Lalande  34990     .    .    . 

7.0 

42  41.50 

71.7 

4 

3.562 

-  20  27  12.4 

67.6 

4 

3-7' 

8148 

B.  A.  €.6408    .... 

7.0 

42  41.85 

62.8 

4 

3-57' 

-  27  19  20.4 

62.9 

3 

3-71 

8149 

Lalande  34993     .    .    . 

7.0 

42  48.  05 

72-3 

3 

3-562 

—  20  27  30.  9 

67.6 

4 

3-73 

8150 
8151 

O.  Arg.  S.  18747  (ist*) 
O.  Arg.  S.  18747  (2d») 

8.0 

8.2 

42  53-94 
1  8  42  54.  50 

68.6 

68.6 

2 
2 

3.607 
+  3-  607 

-   22    IO  40.  O 

61.7 

2 

+    3-73 

8152 

Tr.  Z.  120,  72  .... 

7.0 

43  24-96 

66.7 

2 

3.866 

-  3'     8  54.7 

68.7 

2 

3-78 

8153 

B.  A.  €.6414   .... 

6.5 

43  42.  20 

63-3 

IO 

3-858 

-  3°  53  46.  5 

70.0 

3 

3-8o 

8154 

8l?S 

B.  A.  0.6413    .    .    .    . 
31   Sagittarii  

5-6 
c  8 

43  43-  32 

A'l     A"!     6^ 

67.0 

71    1 

3 

3-8i6 

•3  6os 

—  29  32  28.  o 

—    22      A.    S4    8 

72-9 

r6   7 

5 

3.80 

3     SO 

J  J 

8156 

Lacaille  7896  .... 

j-  w 
7.0 

*TJ     T\V   ^J 

18  43  54-  7' 

1  *  •  3 

62.6 

2 

j<  vvo 

+  4-  077 

*"&        *T     JT"  w 

-  37  26  15.0 

jw-  / 

68.2 

2 

j-  ou 

+         3-82 

8157 

Lalande  35046     .    .    . 

8.4 

43  58.29 

67.6 

3 

3-559 

—   20   21    57.  2 

68.7 

2 

3-82 

8158 

B.  A.  €.6422    .... 

7.0 

44  20.  74 

61.6 

2 

3-767 

-  27  55  18.6 

68.1 

2 

3.86 

8iS9 
8160 

Lacaille  7901   .    .    .  '. 
vl   Lyrse     .       .... 

6.8 
6.0* 

44  22.09 

.1.1    33    2Q 

65.0 

CQ    6 

4 
2 

4.041 

2    271 

-  36  27     7.  6 

-L,     12    1Q    IA.    I 

69-3 
e-,  g 

3 

3-86 
•>  87 

T^     JJ~       7 

Jy'  ^ 

*,.  *j» 

i    j*  jy  *T"  * 

JO-  u 

o-  °/ 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


207 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

I* 

rt 
U 

I 

s 

£ 

o 

lM 

o 

6 
% 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

lj 

rt 

t 

C 
• 

V 

1 

t*H 

O 

o 
S5 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

8161 

13.  A.  €.6428    .... 

5-5* 

18  44  34.  55 

61.5 

2 

+   1-584 

+  48  36  29.  7 

54-5 

3 

+     3-88 

8162 
8163 

Taylor  8666     .... 

8    Lyra  (  ist*) 

8.0 
•?.o* 

44  43-  «  ' 

44    C4.  67 

67.3 

^    4 

4 

2S6 

3-53" 

2    -214 

-    19    17      2.  I 

4-  33  12    8.  o 

56.3 
50.7 

4 
in 

3-89 

7.  QO 

8164 

d    Lvra:  <2d*)  . 

j'  ** 

7  4* 

.(•t    jt*  vj 
44    =16.  SS 

JJ'  *T 

60    4 

j 

E 

*"   *  **T 

2    214 

4-  33  ii  27.  7 

57.6 

•  *  j 

A 

j    y 

7.  QO 

**•  viT 

8165 
8l66 

Weisse  XVIII,  1143   . 

/   '    *T 

9.0 

C     C 

*T*T      J^  '   JJ 

45  28.80 

l8   41    37    Q3 

v»y.  (f. 

67.1 
66.6 

j 
2 

2 

™*  *•  air 

3.248 

4-    •?    "iSq 

—    7  38  40.  7 

—  21    •?!    ^q.  5 

67.7 

72.  Q 

*r 

2 

C 

a*  y 

3-95 

_i-          7     07 

8167 
8l68 

O.  Arg.  S.  18802  .   .    . 

3'  J 

7.8 

4..  "? 

4  w  T-J  j/  •  yj 
45  39-52 
4^   42.  8q 

66.6 
64.  i 

2 

6 

i    j-  j^y 
3-769 
^.626 

j      07  j 
-  28    o    6.  5 
-  22  54  47.  7 

/     •  y 

68.1 

64.  ? 

j 
2 

~     j'  v/ 
3-97 
1.  Q7 

8169 

Anonymous 

T'  j 
72 

*TJ    H*"  w:7 

4?    47    QO 

w.f  .    « 

65.  6 

2 

J.      V/, 

3624 

—  22  t;  i  IQ  i 

^    3 

68.0 

J   7/ 

7  08 

8170 

B.  A.  0.6435    .    .    .    . 

•  • 

6.0 

*to  T1/  •  yv 
45  53'23 

62.6 

2 

.   V*f 

4.080 

J       *3f*  * 

-  37  33  27.  7 

72.9 

6 

j-  yu 
3-99 

8171 

8172 

B.  A.  C.  6439    .    .    .    . 

6.2 

7     C 

1  8  46  33.  06 

46    34    Q4 

68.6 
62  s 

2 
44 

+  3-  809 

7    724 

-  29  23    6.  i 

—  26  27    ?Q.  ( 

65.7 
66.9 

2 

+     4-04 

4OC 

v       /  * 

8173 
8l74 

Schjellerup  7016  .    .    . 

J'  J 

8.5 

6.0 

*rv  ot*  yt 

46  38.  86 
46  10  28 

rmi  j 

6^6 

64   7 

^T 

2 

C 

O*    /  **T 

3-244 

3624 

/    jy   j 

-     7  29  39-  7 

—    22    ?O    31    Q 

w,   y 

68.2 
61  o 

2 

•  ^o 

4.05 

4nc 

***/T 

8175 

M.Z.36,3i  

7.2 

•f-v    jy-  »w 

46  48.  17 

^"T1    / 

71-3 

J 

8 

•   »^^ 

3-936 

j      o  *  •  y 

-  33  25  52.2 

»  •  y 

71-5 

9 

•  uj 
4.07 

8176 

Tr.  2.65,14     .... 

8.0 

1847   5.97 

69.6 

2 

+  4-  158 

-  39  40  57-4 

65.2 

3 

+      4-09 

8177 

M.Z.36,32  

7-6 

47    8.85 

70.4 

8 

3-936 

-  33  26  33.6 

73-9 

6 

4.  10 

8178 

O.  Arg.  S.  18831  .    .    . 

8.0 

47  iQ-37 

66.0 

2 

3-777 

—  28  18  14.6 

68.7 

2 

4.  10 

8I79 

B.  A,  C.  6444   .    .   .    . 

6.0 

47  "0-53 

62.6 

2 

4.077 

-  37  31     4-i 

71.2 

4 

4.  10 

8l8o 

Lacaille  7919  .... 

7.0 

47  26.  26 

62.7 

2 

4-135 

—  39    5  25.6 

66.  i 

2 

4.  12 

SiSi 

Radcliffe  4101      .    .    . 

5-3 

18  47  27.02 

65.6 

2 

+  3-461 

—  '6  32  37.7 

7i-4 

4 

4-     4-  12 

8182 

B.  A.  0.6448    .    .    .    . 

6.0 

47  3'-95 

67.6 

2 

3-637 

—   23    20   51.9 

67.7 

2 

4-13 

8183 

O.  Arg.  8.18847  .    .    . 

7.2 

47  40.  12 

65.6 

2 

3.460 

—  16  31  19.  9 

7i-4 

4 

4-  '4 

8184 
SIS? 

Lacaille  7926  .... 
Anonymous      .... 

6.8 

3.8 

47  45-9° 

47    46    4Q 

72.2 
76  i 

12 

7 

3.938 
i  0^8 

—  33  3°  '8.  9 

—    -27    20    3O.  2 

71.2 

74  6 

5 

4.15 

41  C 

'"*%J 

8l86 

Laeaille  7922  .... 

6.0 

t/    *t1-''  ty 

i«  47  51.52 

/**•  j 

66.1 

/ 
2 

j~  yj^ 
+  4-  17° 

jj    *y   J"*  * 

-  40    o    8.  5 

/  t-  *• 
69.  I 

2 

•  *D 

+     4-16 

8187 

B.  A.  C.  6450    .... 

8.0 

48    5-53 

67.1 

2 

3-636 

—  23  19  16.  7 

67.7 

2 

4.18 

8188 

Weisse  XVIII,  1219  . 

9.6 

48  24.44 

65.2 

4 

3.292 

—    9  34    4-5 

64.6 

3 

4.  20 

8189 
8190 

B.  A.  0.6452    .    .    .    . 

5-o 
6.0 

48  26.86 

48    7.7    QO 

59-5 

C7   o 

2 
2 

••35° 

2    Q24 

4-  52  47  41-0 
4-     6  26  «.  e 

53-9 
68.6 

6 

2 

4.21 

4   22 

s 

8191 
8192 

M.  Z.  48,  24  
II"?  Herculis        ..... 

7-5 

C    o* 

T-U  o  /  •  y  ^ 
18  48  45.  73 

48    <O   27 

ji  '  " 

66.1 

CQ     6 

2 
2 

•»  7**r 

+  4-075 

2    1  "?2 

1                    -        J  3  '  J 

—  37  29  47-  4 

4-    22    28    II-9 

68.2 

C2    7 

2 

4.    Ad 

+  4-23 

424 

"7 

8193 

f1    Sagittarii   

J'  w 

6.0* 

*fr*-*    j*^*  */ 
4O       I    22 

jy- 

60.  o 

6 

•"•  JJ* 

7  c6o 

—  20  50    8.  o 

3J    I 
S6.4 

•  *^ 

4.  26 

8194 

B.  A.  0.6455    .    .    .    . 

7.0 

*ry        •  •  •  ™ 

49     7.  14 

60.6 

2 

O1  J";? 

+  3-857 

-310  18.  i 

J      *  T^ 

72.4 

4 

4.27 

8195 

8196 

B.  A.  0.6469   .    .   .    . 
6     Scrpentis       

5-5 

r   8 

49   15.  II 

1  8    4Q    11    >s6 

76.7 

62.6 

3 

r 

-  1.460 

4-  2  080 

+  73  55  20.6 

4-      4      I    28.  ? 

73-5 

SO.  7 

2 

8 

4.28 

4-      4.  28 

7 

8197 

O.  Arg.  S.  18878  .    .    . 

3"  u 

8.8 

*  w  T-y   *  j*  j  v 
49  I5-76 

67.4 

j 
2 

i      *•  y-1" 

3-582 

1             *T                   *•%-».  J 

-  21    19  51.9 

jy  / 
68.1 

2 

1               *t*    "*• 

4.28 

8198 

e     Coronas  Australia     .    . 

4-5 

49  16.49 

60.6 

4 

4.067 

-  37  '7    8.8 

67.6 

4 

4.28 

8199 

B.  A.  0.6462    .    .    .    . 

6.0 

49  17.03 

62.6 

S 

2.980 

4-    4    i  23-9 

62.6 

5 

4.28 

8200 

Lamont  750     .... 

6.6 

49  21.  81 

64.  5 

3 

3-530 

—  '9  «9  59-4 

68.7 

2 

4.29 

208 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

>j 

rt 

I 

a 

rt 
<u 

s 

£ 

o 

t— 

o 

6 
fc 

Annual 
Precession, 
t86o. 

Mean 
Declination, 
1  860.0. 

h 

3 

<u 
>-> 
d 
rf 

cu 

s 

cfi 

_1 

O 

O 

o 

Annual 

Precession, 
1860. 

8201 

4.  o 

h.  m.      s. 
18  49  22.  61 

61.  o 

1  1 

s. 
4-  ^-  58i 

0          /             // 

—    21    17    12.  I 

61.8 

7 

// 
+     4  20 

8202 

O.  Arg.  S.  18883  •    •    • 

f  ^ 
8-5 

49  23.31 

67.0 

2 

1       O     J 

3-794 

-    28    56       2.  2 

69.  I 

/ 
2 

T-1  ^y 

4.29 

8203 
8204 

Lacaille  7932  .... 

(J2     Lyne       .                      ... 

6-3 
6.0 

49  29.99 

4Q    16.  SO 

69.  2 

6?.  2 

3 

4-  157 

2.  098 

-  39  42  59-  3 

+?6    AT    22    O 

64-5 

Co    2 

3 

g 

4-3° 

4-J  T 

8205 
8206 

B.  A.  0.6465    .    .    .    . 
Anonymous  

6.0 

*fy     J"'   Jv 

49  45-41 

l8    ZQ      2.  21 

VJ.      4. 

60.6 
76.6 

3 
i 

3.682 

-}--  3.  6cn 

O^    T-J    **•  ^ 

-  25     3  32.9 

—    22      9      8.  O 

y**  *• 

56.8 

68.  2 

6 

2 

'    J1 
4.32 

+          A      7,1 

8207 

Anonymous  .    .  "  .    .    . 

9O 

J                  J 

50  16.  91 

76.6 

j 

2 

\        J'   ""o 

36o,d 

22    IO 

T"   OT- 
41  7 

8208 

WeisseXVIII,i277   . 

.  w 

8-3 

50  37.  16 

76.6 

2 

*  ««*ij 

3.290 

-     9  29  30.  i 

67.  2 

2 

•  J/ 
4-39 

8209 

Weisse  XVIII,  1276  . 

8.8 

So  38.  34 

63.2 

3 

3-420 

-  '4  57     4-8 

67.7 

2 

4-39 

8210 

Riimker  6881  .... 

7-6 

50  41.83 

62.8 

4 

2.566 

+  21   ii  53.0 

57-6 

2 

4.40 

8211 

8212 

O.  Arg.  S.  18907  .    .    . 
50  Draconis  

9.0 
c  o* 

18  50  49.31 

HO    C2    OO 

60.6 

6c  c 

2 
2 

+  3-601 
1.887 

-  «a    5  18.9 
+7C    i  6      r   n 

68.7 
66  i 

2 

18 

+     4-41 

4      A  ? 

8213 

Weisse  (2)  XVIII,  1568 

j 
6.0 

Jw    J    • 

50    5S-4I 

j-  j 
68.6 

2 

+    2.  137 

/J     *  u        V  u 

.+  35  37  5°-  2 

uw«  j 

65-3 

3 

•  4^ 
4.42 

8214 

B.  A.  €.6476   .... 

0.0* 

5'       5-62 

59-6 

2 

1.588 

+  48  41     8.8 

54-5 

3 

4-43 

8215 

O.  Arg.  S.  18913  .    .    . 

7.8 

5'       9-57 

69.7 

3 

3-533 

-  '9  27  52.3 

68.7 

2 

4-44 

8216 

Weisse  XVIII,  1285   . 

7-4 

18  51     9.98 

65.6 

3 

+  3-367 

-•  12  46  23.3 

69.6 

2 

+     4-44 

8217 

Lament  2951    .... 

9.0 

5'   10-57 

73-6 

4 

3.264 

—    8  26 

4-44 

8218 

B.A.  0.6474   .... 

7-2 

51   12.39 

63.1 

2 

3.772 

-  28  14  16.  o 

72.2 

5 

4-44 

8219 

O.  Arg.  S.  18916  .    .    . 

8.0 

51   12.52 

63.0 

5 

3-599 

-    22      0    54.8 

55-8 

5 

4-44 

8220 
8221 

O.  Arg.  S.  18915  .    .    . 
Anonymous  

8-5 

5t   13-65 

l8    51    22. 

66.6 

2 

3-791 

+     7    26A 

-  28  53  15.0 
8  22    8.  6 

69.  2 

60    7 

2 

2 

4-45 

+            A       l\f\ 

8222 

Weisse  XVIII,  1293  . 

51    26.71 

76.5 

2 

j1  *wt 

3-264 

—    8  26 

uy.  / 

4-  4° 
4-47 

8223 

Weisse  XVIII,  1294  . 

8.1 

5'    27-94 

63-9 

3 

3.282 

•     9     9  20.  i 

6$.  I 

2 

4-47 

8224 

Lacaille  7947  (ist*)    . 

7.0 

51    35-32 

62.7 

2 

4.063 

-  37  '4  58.6 

67.0 

3 

4.48 

8225 

Lacaille  7947  (2d*)    . 

7.0 

5'  36.36 

62.  7 

2 

4.063 

-  37  15     i-4 

67.0 

3 

4.48 

8226 

Weisse  XVIII,  1301    . 

8.0 

18  51  39.21 

67.0 

3 

+  3-  263 

8  20  43.  i 

68.2 

2 

+     4.48 

8227 

B.  A.  0.6479   .... 

6.0 

51  49.  19 

64.6 

2 

3-683 

-  25     7  58.0 

64.  I 

2 

4-5° 

8228 

Lacaille  7953   .... 

7.0 

5  1  50.  06 

62.  7 

5 

3-932 

-  33  25  18.  i 

62.6 

2 

4-5° 

8229 

Lacaille  7955   .... 

6.6 

52  11.92 

62.  7 

2 

4.056 

-  37    4  53-7 

70.6 

3 

4-52 

8230 

O.  Arg.  S.  18939  .    .    . 

8.7 

52  15-83 

64-5 

2 

3-79° 

-  28  54     5.  i 

68.2 

2 

4.52 

8231 

8212 

Weisse  XVIII,  1314  . 

8.4 
6.  o* 

l8   52    19.  22 

C2     21     A  1 

65.6 

C  1      T 

5 

+  3-  368 

217  £  A 

-  12  47  35.1 

65.6 
...  f. 

3 

+     4-54 

v"  J" 

82^3 

Anonymous  .    .    . 

99 

$4     <|1,  47 

C2    AA     *7& 

54-  ' 
64.  6 

•  754 

+  13  43  '7-  4 

54-  ° 
gf.  ~ 

3 

4-  54 

J  J 

8234 

O.  Arg.  S.  18953  •    •    • 

'  J 

7-3 

5^    44-  7° 
52    50.42 

70.5 

2 

3 

3-  599 
3-534 

—    22       2       7.  I 
—    19    32    22.  8 

5°-  2 
70.  6 

2 
2 

4-57 

4-58 

823S 

Weisse  XVIII,  1333  . 

8.0 

52  55-73 

67.2 

2 

3-245 

7  34  22.  5 

67.7 

2 

4-59 

8236 

2  2194  (ist*)      .    .    . 

8.2 

*8  52  57-37 

64.  I 

4 

+  3-  262 

8  18  31.3 

66.0 

3 

+    4-59 

8237 
8238 

S  2194  (2d  *)  .    .    .    . 
Anonymous  

8.0 
8.8 

S2  57.46 

r  7       7    7C 

64.  I 

68.  6 

4 

2 

3.  262 

*   1  06 

•    8  17  58.8 

^Q     ^Q    AA     A 

66.0 

fit     A 

3 

4-59 

A    fin 

8239 
8240 

B.  A.  0.6485    .... 
e     Aquilae      

6.4 
•?  1* 

Jj      j'  OJ 

53  11-23 
53  16.  16 

65.0 

C  I     9 

4 

3.  621 

2    726 

—    30    20    44.  O 

-  22  53  18.  o 

°5-  4 

67.  2 

AS   •? 

2 
2 

4.  '  l(  ' 

4.6l 
A      fit 

.}•  j 

J*-  •* 

~H  J4  52  52-  2 

OO.   f 

2 

4>  *-'— 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


2O9 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

\ 

>* 

C 

s 

s 

1 
'o 
o 

z 

Annual 
Precession, 
1860. 

Mean 
Declination, 
18600. 

h 

rt 
B 
>* 

3 

s 

1 

I** 
o 

d 

Annual 
Precession, 
1860. 

1 

h.  m.      s. 

s. 

o      /        // 

// 

8241 

Lacaille  7961   .... 

8.0 

18  53  16.67 

72.3 

3 

+  3-977 

-  34  49  35-8 

67.6 

2 

+     4-62 

8242 

Lacaille  7960  .... 

7.0 

53  19-64 

63.0 

3 

4.027 

-  36  17  30.3 

69.7 

2 

4-63 

8243 

Weisse  XVIII,  1344  . 

8.9 

S3  30-40 

63.2 

3 

3-4H 

-  14  42  41.  2 

69.6 

2 

4.64 

8244 
8241; 

B.  A.  C.  6488    .... 

6.0 

2.8 

S3  33-36 
«•?  42.  O3 

71.4 
61.2 

6 

7 

3-432 
3-825 

-  '5  28  34.5 
—  30    4  33.  7 

68.7 
63.5 

2 
•J 

4.64 
4.66 

"•"^3 
8246 

v     Lvrse 

?.o 

jj  ^        j 

l8    ?•?   42.  27 

61.  o 

7 

-1-    2.  241 

4-    T.2    2Q    <Q.  7 

72.  7 

J 
A 

4-     4.66 

8247 

B.  A.  €.6490    

J'  v 

5-5 

•**     JJ     *T~*   */ 

53  S3-  38 

61.8 

J 

5 

\^           ^J 
3-679 

i     j        y  jy   i 
—    25      2    IO.  O 

i    '  i 

69-3 

t 

3 

]         fr*  "w 

4.67 

8248 
824Q 

Lalande  35468     .    .    . 

7.8 

1.O 

54    0.33 

£4.    12.  22 

62.  i 
76  6 

5 

2 

3-471 
•?.  2O7 

-  17    3    2.9 

—    «  cc  S8.  o 

63-1 
71.  7 

2 
•I 

4.68 

A.   7O 

vm^fy 

8250 

O.  Arg.  S.  18978  .    .    . 

J 

9.0 

J*T       * 

54  22.77 

/ 

66.0 

3 

J         I 
3-56I 

J     JJ     J 

-  20  37  39.  9 

56.6 

o 
2 

*f.   ^  ^ 

4.71 

8251 

O.  Arg.  S.  18979  •    •    • 

8.3 

18  54  24.07 

63.8 

5 

+    3-56I 

-  20  36  24.  4 

56.6 

4 

+    4-72 

8252 

820 

B.  A.  €.6495    .    .    .    . 
/t     Lyr8e         

6.0* 
6.0* 

54  29.42 
C4  4-3.  qi 

59.6 

?o  ? 

2 
4 

2.  019 
2.  262 

+  39     i  32-3 
+  -u   57     6.8 

54-6 
51-6 

3 

e 

4.72 
4.  74 

^  j  j 
8254 

O.Arg.  S.  18986  .    .    . 

8-5 

Jt    ^J'   7* 

54  46.  67 

J7'  J 
60.6 

2 

3-470 

1       O        J  1 

-    17      2    12-9 

JJ 

68.2 

j 

2 

•  /*T 

4-75 

8255 

Lalande  35497     .    .    . 

6.4 

54  49.  91 

63.8 

8 

3-53" 

-    19   26   37.5 

55-9 

3 

4-75 

8256 

Lalande  35499     .    .    . 

6.0 

18  54  S3-  56 

65.5 

4 

+  3-527 

-  19  l8    4-3 

71.0 

3 

+     4.76 

8257 

Lalande  35513     .    .    . 

7.6 

55    4-4' 

77.0 

5 

3.422 

-  15     4  44.  o 

56.7 

2 

4-77 

8258 

Lament  3003    .... 

9.0 

55     7-43 

66.9 

3 

3.246 

7  38  21.3 

68.7 

2 

4.78 

8259 

Lament  3007    .... 

9-5 

55  "7-53 

65.6 

2 

3-243 

7  29  52-  6 

70.7 

3 

4-79 

8260 

B.  A.  C.  6499    .... 

6.0* 

SS  25-39 

60.8 

5 

3.860 

-  3'  '4  53-  i 

68.3 

3 

4.80 

8261 

Weisse  XVIII,  1398  . 

9.0 

18  55  29.40 

65.4 

8 

+  3-244 

•    7  32  44-  8 

65.6 

3 

+    4-8i 

8262 
8263 

2  2205  (ist*)  .... 

8.0 
s.  ? 

55  3i-77 

CC     71.  Q4. 

64.6 

47.  O 

7 

2 

3-093 
1.  160 

—    o  54  19.  i 
—    3  53  53.6 

73-o 
71.0 

5 

•5 

4.81 
4.81 

'~""j 

8264 

S220S(2d*)    .     .     .     . 

j  j 

8.4 

jj     J        "^ 

55  32-92 

T./  .  V 

64.8 

5 

j 
3-093 

-    o  54  36.  9 

73-o 

J 

5 

4.81 

8265 

B.  A.  0.6502    .   .   .    . 

6.6 

55  47-  >6 

62.6 

2 

3.626 

-  23    5  54-  i 

67.7 

2 

4-83 

8266 

O.  Arg.  S.  19007  .    .    . 

8.6 

18  55  50.  94 

64.8 

3 

+  3-570 

-    21      O      9.  I 

69.  i 

2 

+    4-84 

8267 

Weisse  XVIII,  1412  . 

8.6 

SS  SS-  34 

65-3 

7 

3-244 

7  33  S'-4 

67.6 

4 

4-85 

8268 
8269 

B.  A.  0.6504    .    .    .    . 
v     Draconis    

7-5 
i;.o* 

55  57-73 
cfi     c  a? 

69.6 

67  o 

2 

3 

+  3-  589 

O.  7IQ 

-  21  43  53-8 
-1-   17     6   •?•?.  7 

68.7 
67.6 

2 

5 

4-85 
4.86 

8270 
8271 

B.  A.  0.6505    .    .    .    . 

j' 

6.7 

4.   5 

J^          J'    71 

56   9-84 

18  56  17.  50 

v  I  ,  v* 

64.  2 
C.2   6 

J 

2 

l-i 

17 

+   3-689 

+      -3.   Cnj. 

i       /          jj   i 

—  25  26    o.  6 

—  21  56  33.  4 

71.1 
51.8 

4 
21 

4.87 
+    4.88 

8272 

827^ 

Lacaille  7985  .... 

t*  J 

6.8 
8.8 

56  27.60 
56  30.  oo 

j*"  v 
63-3 
6q    t 

*  o 

3 
^ 

J      J7^ 

3-946 
1    272 

-  33  59  21.4 
—    8  47  29.8 

67.6 
75-  5 

2 
I 

4-89 
4.89 

**»•/  J 

8274 

Weisse  XVIII,  1430  . 

8.6 

56  34.  62 

^y  j 
67.9 

o 

4 

j'  "/  * 

3.272 

8  46  35.  5 

68.2 

2 

4.90 

8275 

B.  A.  0.6512    .    .    .    . 

7.0 

56  55-78 

59-6 

2 

3-799 

-  29  17  14.9 

57-3 

3 

4-93 

8276 

y    Corona;  Australis     .    . 

4.0 

18  56  56.93 

62.6 

2 

+  4-058 

—  37  15  37-5 

67-3 

3 

+    4-93 

8277 

Weisse  XVIII,  1443  . 

9.0 

56  59-  36 

63.6 

3 

3-275 

-    8  54  43-  8 

68.7 

2 

4-94 

8278 

Weisse  XVIII,  1449  . 

8.0 

57  10.92 

63-3 

6 

3-274 

.    8  51  24.8 

67.1 

2 

4-95 

8279 

Lacaille  7990   .... 

6-3 

57  23.88 

62.7 

2 

4.084 

—  38    o  23.  i 

71.0 

4 

4-97 

8280 

B.  A.  0.6515    .   .    .    . 

6.8 

57  35-  38 

65.6 

2 

3-746 

-  27  29  42.  9 

69-7 

3 

4-99 

AP  1  84 14 


« 
2IO 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

1 
ita 

0 

6 
fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 

>, 

1 

1 

ita 
o 

0 

fc 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

8281 

Weisse  (2)  XVIII,  1790 

6.8 

18  57  4«-9S 

61.6 

4 

+  2.573 

+  21     3  52.6 

60.0 

4 

+     5-oo 

8282 

O.  Arg.  S.  19058  .    .    . 

7-3 

58    4.  17 

67-3 

3 

3-632 

-    23    27   46.8 

69.6 

3 

5-03 

8283 

8284 

Weisse  (2)  XVIII,  1806 

T     Sagittarii           .        . 

8.5 
4.  o 

58  11.23 
58  11.77 

61.8 
58.5 

4 
7 

2-575 
3-  756 

+    21       I    15.7 

-  27  52  18.  6 

63.3 

70.8 

3 
5 

5-04 
5.04 

8285 

Weisse  XVIII,  1480  . 

7.2 

58  15-55 

68.6 

2 

3.280 

•    9    6  44.  5 

65.0 

3 

5-  °4 

8286 

O.  Arg.  S.  19073  .    .    . 

8.5 

18  58  39.83 

60.4 

2 

+  3.585 

-  21  38  12.9 

55-7 

3 

+     5-o8 

8287 

B.  A.  €.6525    .    .    .    . 

5-5 

58  41.71 

64.5 

2 

3-784 

-  28  50  54.  6 

71.8 

4 

5-o8 

8288 

O.  Arg.  S.  19083(151*) 

7.2 

58  49.07 

66.9 

3 

3-454 

-  16  26  23.  i 

68.8 

5 

5.09 

8289 
8290 

O.  Arg.  S.  19083  (2d*) 

9.2 
6.6 

58  49.  08 
58  56.  157 

67.6 
65.6 

3 

3 

3-454 
3.  <u6 

-  16  26  13.  3 

—  18  <;6  (7.  4 

69.6 
69.7 

2 

2 

5-og 

S    i<> 

8291 

r     Aouilse  

3.  O* 

J         J         J  1 

18  <;8  58.  ?2 

54.2 

2^5 

j  j 

+    2.  758 

j    j  i  ^ 

-4~   1  3   30   30.  3 

vy,    1 

c.o.  6 

lO? 

j.    »'-' 

-4-     S   io 

8:92 

Weisse  (2)  XVIII,  1  834 

j 
8.0 

•  **    J"    J^"  J 

58  58-71 

61.8 

J  J 

5 

1                '    /  J 

2-575 

i       j  jy  j     j 
+  21     i  55-6 

j 

61.6 

J 

4 

i      j*  *vy 
S-io 

8293 

Lalande  35712     .    .    . 

8.0 

59    o.  40 

75.0 

4 

3.102 

i   19  38.9 

69.7 

2 

5.11 

8294 

O.  Arg.  S.  19086  .    .    . 

7.6 

59     2-87 

68.6 

2 

3-590 

-  21  49  35-  3 

58.0 

3 

5.  11 

8295 

B.  A.  0.6531    .    .    .    . 

7.0 

59  17.02 

63.6 

2 

3.700 

-  25  54  56-  2 

72.0 

4 

5-i3 

8296 

S  222O  (iSt*)    .... 

9.2 

18  59  19.96 

63-7 

2 

+  3-  «°7 

i  33  >i-9 

69.8 

2 

+    5-'3 

8297 

S  2220  (2d*)    .... 

7-4 

59  20.23 

65.1 

6 

3-  I07 

i  33  27-  7 

69.8 

2 

5-i3 

8298 
8200 

Weisse  XVIII,  1525   . 
Anonymous  

9.2 

0.  I 

59  24.  15 
so  26.  oc 

67-5 
67.7 

2 
2 

2-758 
3.  ?i1 

+  '3  38  53-5 
—  18  56  22.  5 

69.7 

68  7 

2 
2 

5-14 

?.  14 

^   yy 
8303 

Anonymous 

y 

8.0 

jy            j 

CQ     -11     6l 

60  i 

2 

j'  j  j 

7    172 

T  T           T      2?      O 

>-"j.    / 

7O    7 

2 

J  •    "T 

C     1C 

8301 

Anonymous  

8.0 

jy   o*  •  wl 

l8    <!Q    32.  ?7 

vy.   « 

6l.7 

I 

J-  jl  A 

-t-    3.  Q44 

-  j      j  ^j'  y 
—    14.      O   24   O 

/v.  / 

7O   6 

2 

J'  LJ 

+    5  I? 

8302 
SWT 

Lacaille  7998  .... 
Anonymous  .... 

7-4 

0.  S 

j  y  j     j  i 
59  33-35 

Co    -27.4.7 

"O*  / 

63.6 
67.  i 

7 

2 

i     jr  ytt 
3-944 

?    27"? 

O*T                **ff 

—  34    o  20.  6 
—     8   en  4.0  6 

f  \S,    »-/ 

70.  6 

72   O 

3 

-1 

r       j-    j 
5-'5 
c  16 

"JVJ 

8304 

O.  Arg.  S.  19098  .    .    . 

y  j 

6.4 

J  7       J  I           Tl 

59  38.62 

**/  •   * 

68.6 

2 

j1  mt  o 

3-592 

«   j^  ty-  *•* 

-  21  54  35-4 

/  *•• 
62.O 

J 

3 

j-  * 
5.16 

8305 

O.  Arg.  S.  19104  .    .    . 

7-  i 

59  49.  14 

74-7 

7 

3-594 

—    22      0    13.  8 

76.6 

3 

5.18 

8306 

Weisse  XVIII,  1539  . 

8-3 

18  59  52.87 

67.4 

2 

+  2.759 

+  13  37  48-3 

71-5 

4 

+    5-iS 

8307 

a     Corona;  Australis     .    . 

5-o 

59  56.51 

68.7 

2 

4.085 

-  38    7     6.  4 

71.0 

4 

5.19 

8308 

Lament  6597    .... 

9.0 

59  58.  25 

66.7 

2 

3.092 

-    o  52  42.0 

71.6 

2 

5.19 

8309 

Lalande  35802     .    .    . 

7-5 

19    o    2.  61 

68.7 

2 

2.044 

+  38  3i  58-9 

65-9 

3 

5.20 

8310 

B.  A.  0.6536    .    .    .    . 

6.5* 

o    2.98 

60.5 

2 

+  3-  530 

-  19  30  20.  6 

56.8 

4 

5-20 

8311 

Radclifle  4208  .... 

7.0 

19    o    5.47 

76.6 

2 

—  18.211 

+  86  31  39.8 

66.2 

3 

+       5-20 

8312 

B.  A.  C.  6537    .... 

8.0 

o  10.  74 

67.1 

4 

+  3-  843 

-  3°  5°  35-  9 

64.0 

3 

5-21 

8313 

B.  A.  0.6538    .    .    .    . 

7-5 

O    12.  OO 

65-1 

2 

3.682 

-  25  17  43-9 

67.7 

2 

5-21 

8314 

Weisse  XVIII,  1542  . 

8.0 

o  12.30 

67.6 

2 

3-  '02 

i  20  16.  6 

69.7 

2 

5.21 

8315 

Lacaille  8008   .... 

6.  i 

o  14.  24 

62.7 

5 

4.023 

-   36   22   56.0 

71.0 

3 

5-21 

8316 

B.  A.  C.  6540   .... 

6.5 

19    o  16.76 

63-9 

6 

+  3-631 

-    23    24   22.  5 

64.9 

4 

+       5-21 

8317 

f)    Coronte  Australis     .    . 

5-5 

o  23.  50 

69.6 

2 

4.138 

-  39  33  30-  8 

64.9 

3 

5-22 

8318 

Tr.  Z.  25,  loo   .    .    .    . 

9.0 

o  27.  32 

69.6 

I 

3-843 

-  3°  5i  45-3 

58.6 

i 

5-23 

8319 

Weisse  XVIII,  1547   . 

7-5 

o  34.  18 

61.4 

2 

3-374 

-  13  10  18.  2 

67.7 

2 

5.24 

8320 

Lalande  35791     ... 

8.0 

o  41.  68 

72.3 

4 

3-  106 

i  29  40.  o 

7i-7 

3 

5-25 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


211 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

J 

rt 

£, 

i 

1 
t*~ 

o 

o 
fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 

>* 

C 
• 

V 

1 
"o 

1 

Annual 
Precession, 
1860. 

h.  m.       3. 

s. 

0           /            // 

// 

8321 

B.  A.  €.6546    .    .    .    . 

7-3 

19     i      1.22 

62.8 

4 

+  3-739 

-  27  19  58.7 

72.2 

5 

+     5-28 

8322 
872; 

O.  Arg.  P.  19140  .    .    . 
Anonymous  . 

8-5 

Q    O 

i     1-93 

I       3    S2 

74-4 
69.6 

6 

2 

3-43° 
•j  428 

-  15  3°    3-5 

1C    2A 

75-6 

4 

5-28 
t  28 

w*>  j 
8324 

O.  Arg.  S.  19143  .    . 

y'  ** 

7-5 

j'  J* 

i    6.99 

64.  i 

2 

j-  H-*" 
3-630 

*  J    •*•**• 

-  23  24  35.  3 

67.9 

3 

J-  *w 

5-29 

8325 

O.  Arg.  S.  19156  .    .    .. 

8.0 

I   20.  44 

68.6 

2 

3-584 

-    21    40    29.3 

55-7 

3 

5-30 

8326 

O.  Arg.  S.  19159  .    .    . 

8.5 

19      I    22.  2O 

68.6 

2 

+  3-  584 

-     21    38    29.9 

55-7 

2 

+   5-30 

8327 
8328 

Lament  2688    .... 
TT     Sagittarii               . 

8.0 

4  <;* 

I  23.95 

i  26.  18 

65.1 
?8  8 

2 
31 

3-3oi 

3C7  2 

-  10     3  59.6 
—  21   14  32.  6 

71.2 
58.6 

2 

7 

5-3« 

C     71 

8329 

B.A.  C.  6549    .    .    .    . 

^  j 

6-4 

>  32.47 

j"-  " 
62.5 

J* 

6 

•  Jt  J 

3-823 

-  30  13  34-9 

53-7 

/ 
4 

J'  J* 

5-32 

8330 

B.  A.  €.6550    .    .    .   . 

7.0* 

i  32.64 

61.0 

2 

3-542 

-    20       I     I5.O 

56.6 

4 

5-32 

8331 
8«2 

Lalande  35866     .    .    . 

7-5 
6.0* 

19     i  34.81 

2      8.46 

68.8 
So.  6 

2 
2 

+  2.095 

2.  Q4O 

+  37  10  23.4 

-4-       ?    ?I    21.0 

61.6 

^4.  S 

2 

7 

+    5-32 

?.  37 

"jj** 
8333 

81^4 

O.  Arg.  S.  19179  .    .    . 
i      Lyrae     

8.  2 
C.C* 

2    12.  08 
2    l8.  T.C. 

jy 

68.7 
69.6 

2 
2 

'   ^T" 

3-59° 

2    I4.O 

1           J     J 

-  21  53  42.9 
•4-   •??   ?2   58.  7 

j*t'  j 

55-7 

48.  2 

J 

3 

2 

j   j  t 
5.38 
1.  "*Q 

"j  jt 
8335 

B.  A.  C.  6554    .... 

J     J 

6-3 

JJ 

2   26.  41 

;* 

66.3 

13 

*•   *  t" 

3.807 

1       OJ    j        Jv'  I 

-  29  43  33-  5 

65.0 

7 

j    jy 

5.40 

8336 

Lacaille  8023   .... 

7.8 

19       2    37.51 

64.  o 

2 

+  3-927 

-  33  35     8.  7 

68.7 

2 

+    5-41 

8337 

Lacaille  8022  .... 

6.7 

2  40.  97 

62.7 

5 

4.071 

-  37  48  33-  i 

67.6 

2 

5-42 

8338 

Lament  3077    .... 

8.8 

2  59-  89 

65.6 

2 

3-254 

—    8    2  57.5 

68.3 

3 

5-44 

8339 

O.  Arg.  S.  19202  .    .    . 

8.7 

3    3-oi 

76.6 

3 

3.808 

-  29  45  48.  5 

73-6 

3 

5-45 

8340 

Lacailla  8025    .... 

7.0 

3    6.19 

62.  7 

4 

+  4.068 

-  37  45    4-  i 

68.6 

2 

5-45 

8341 

C).  Arg.  N.  18967      .    . 

8.4 

'9    3    9-94 

63-7 

3 

—  o-  321 

+  69  13  55.1 

66.7 

2 

+     5-46 

8342 

Lacaille  8028  (ist*)    . 

7.0 

3  32.  5° 

62.2 

4 

+  3-942 

-  34    4  38-  1 

66.7 

2 

5-49 

8343 

Lacaille  8028  (2d*)    . 

7.0 

3  33-  3° 

62.2 

4 

3-942 

-   34    4  28.3 

66.7 

2 

5-49 

8344 

Lament  3083    .... 

7-8 

3  39-  56 

65-2 

3 

+  3-254 

—    8    3  53.9 

68.3 

3 

5-50 

8345 

O.  Arg.  N.  18980      .    . 

8.2 

3  47-40 

63.6 

4 

-  o-  293 

+  69    5  32.  i 

61.2 

2 

5-5i 

8346 

Lalande  36002     ... 

7-3 

'9    3  49-91 

73-o 

4 

+  2.057 

+  38  17  12.8 

66.2 

3 

+     5-51 

8347 

B.A.  0.6561    .... 

6.5 

4    6.  oo 

66.6 

3 

3.588 

-  21  53  11.3 

58-4 

4 

5-54 

8348 

Lament  3091    .... 

8.0 

4  30.  81 

65.0 

2 

3-257 

•    8  u  35.9 

68.6 

2 

5-57 

8349 

B.  A.  C.  6562    .... 

6.0 

4  36.09 

63-1 

6 

3.702 

—  26    8  14.  2 

66.3 

5 

5-58 

8350 
8?u 

Lalande  36051      ... 
20  Aquilae  

7-5 
S.o 

4  54-o8 

IQ        C.        ?.  O2 

71.4 
6<!.  o 

3 

7 

2.084 
4-  1.  2<;6 

+  37  34  10.4 
—    8  10  ii.  7 

66.0 
61.6 

3 
6 

5-6o 
4-    5-  62 

JJ 

8352 

O.  Arg.  S.  19256  .    .    . 

j 

7-5 

1  y        j        j-  *-"*• 

5  '3-93 

V  J.    u 

65.7 

/ 

3 

[        J'  ^j" 

3.611 

-  22  47  53.7 

71.0 

3 

1           J 

5-63 

8353 

8«4 

B.A.  0.6565    .    .    .    . 
I^amont  109  ..... 

6.9 

7.  $ 

5  15-25 

c     ^C    2Q 

62.5 

6r6 

7 

B 

3-729 
1,  798 

-  27    6  21.  5 

—   2Q    Tf>   29.  0 

61.6 
70.  4 

4 
3 

5-63 
5-66 

"JJT- 

8355 

B.A.  0.6568    .    .    .    . 

i    j 

6-3 

j    JJ'  *•? 

5  43-07 

VJ*  ** 

62.5 

j 

15 

J'  1  y^ 

3-814 

y   J         y 

-  3°    3  58.  i 

61.2 

S 

5-67 

8356 

B.  A.  C.  6569    .... 

6.9 

•9     5  49-  13 

63.6 

5 

+  3-797 

-  29  28  38.  3 

73-4 

7 

+    5-67 

8357 

8T58 

Lacaille  8041    .... 
Anonymous  ... 

6.9 

Q   7 

6  10.  44 
6  14  ^6 

69.6 

66.6 

4 

2 

4-044 
i.  26? 

-  37  1  1   10.  i 
—    8  33  38.  8 

7i-3 
69.  7 

3 

2 

5-7« 
5.72 

"JJ" 

8359 

P.  A.  €.6574    .    .    .    . 

y  / 

6.  i 

w     **f  >  J" 

6  36.39 

68.6 

2 

j      j 

2-572 

v     JJ     J 

-f  21  19  16.  6 

61.8 

3 

5-75 

8360 

Lacaille  8045   .... 

7-3 

6  37-67 

64-5 

9 

3-929 

-  33  46    6.  7 

69.9 

7 

5-75 

212 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


% 

Mean  Right 

d 
01 

1 

c~ 

Mean 

rt 

o 

1  1   o 

M 

OJ 

Ja 

Name  of  Star. 

'5 

Ascension, 

*o 

1  §  J 

Declination, 

a 

'o 

^     "    00 

a 

u 

1  860.0. 

U 

o 

<  ^  ™ 

1860.0. 

rt 

OJ 

o 

•<    Ji   " 

1 

1 

* 

s 

CH 

h.  m.      s. 

s. 

0           /            // 

// 

a    , 

21  Aquilas      .    .        ... 

5.5 

19     6  39.07 

71.6 

6 

-j-  3.  026 

+     2    3  33.2 

67.7 

2 

+     5-75 

J     J 

8362 

M  Z  36  42      .    .    .    . 

8.4 

6  40.43 

67.6 

3 

3-93° 

-  33  49     7-4 

71.4 

4 

5-75 

0       , 

6.0 

6  57.  21 

63-3 

3 

3-683 

—  25  29  38.4 

66.4 

3 

5.78 

8364 

B.  A.  €.6576   .... 

6.4 

7     1-30 

63.3 

3 

3-653 

-  24  24  5  i  .  2 

69.7 

3 

5.78 

8365 

Lalande  36087     .    .    . 

8.0 

7  "-25 

59-6 

2 

3.538 

-    20       I    28.  I 

56.1 

2 

5-8o 

8366 

B.  A.  C.  6577    .... 

7.0 

19    7  17.77 

62.7 

j 

+  3-  832 

-  3°  4i  59-  i 

60.8 

4 

+     5-8o 

8367 

Lacaille  8049  .... 

6.7 

7  17.86 

62.7 

2 

3-937 

-  34     2  59.  6 

65.6 

2 

5.8. 

8368 

Lacaille  8051    .... 

6.5 

7  23.91 

63.6 

4 

3-927 

-  33  45  47-  4 

69.5 

5 

5.81 

g     -r 

9.  ' 

7  33-  89 

76.8 

5 

3.596 

-  22  16  29.  9 

69.7 

2 

5.81 

8370 

O.  Arg.  S.  19306  .    .    . 

8.0 

7  34-42 

71.6 

3 

3-591 

-  22    4  36.  6 

56.7 

3 

5-83 

8371 

B.  A.  0.6578    .    .    .    . 

6-7 

19    7  35.06 

61.  9 

7 

+  3-693 

-  25  54  23.  2 

60.0 

3 

+     5.83 

8372 

M.  Z.  25,90  

7.0 

7  39-  24 

66.0 

3 

3.875 

-  32     7  34-  7 

70.0 

3 

5-84 

0 

Anonymous                   . 

8.8 

7  46.  69 

6q.  2 

2 

3.874 

-  32    5     8.  5 

67.7 

2 

5.84 

u.-,.    *. 

8374 

Lamont  3126    .... 

9.0 

7  59-  3° 

68.6 

I 

3.271 

—    8  51  52.8 

63.7 

I 

5.86 

8375 

O.Arg.  S.  19314  •    •    • 

7-5 

8    0.64 

64.4 

4 

3.778 

-  28  54  32.  5 

67.7 

2 

5-86 

8376 

O.  Arg.  S.  19319       .    . 

8.2 

19    8  14.  30 

68.6 

2 

+  3-  589 

—   22      2    19.  7 

56.7 

2 

+     5-88 

8377 

Weisse  XIX,  187    .. 

7-2 

8  38.  59 

70.  6 

5 

3-273 

-    8  55  56.4 

68.8 

4 

5-91 

8378 

Lalande  36229  (ist*). 

7.4 

8  42.  80 

68.7 

2 

2.045 

+  38  47  59-  3 

62.6 

3 

5-92 

g    _ 

Anonymous  ... 

8.8 

8  44.  87 

77.6 

2 

3-  520 

—  19  18 

5-93 

8380 

Lalande  36229  (2d*). 

8.2 

8  45.66 

/  / 

68.7 

2 

2.045 

+  38  47  49-  5 

69-7 

2 

5-93 

838l 

Lalande  36238    .    ,    . 

6.8 

19    8  53.09 

71.6 

3 

+    2.  138 

+  36  1  1     6.  9 

68.8 

4 

+    5-94 

8382 

Taylor  8840               .    . 

7  8 

8  55.72 

60.  <; 

2 

3-  57° 

—  21  18  57.8 

57.  i 

4 

5-94 

/ 

*•     JJ*   1  " 

™*»  j 

8383 

17     Lyras  (ist*)     .    .    .    . 

5.0* 

8  59-51 

46.  2 

16 

2.041 

+  38  54  25.4 

47.0 

5° 

5-95 

8l8i 

53  Draconis 

5-0* 

Q      1  .  7Q 

68  7 

2 

1.  134 

+  56  37  17.6 

58.6 

3 

5-95 

Uo0£r 

7          i  y 

v"_»  .   / 

g    g. 

77    Lyras  (2d*) 

9     i,  88 

4<    % 

2 

2.  041 

-\-  38  54  29.  3 

68.6 

2 

5-95 

8386 

Anonymous  ... 

Q    O 

IQ      Q      Q    21 

**O*  J 

6q  c 

2 

-  19  17 

+     5-96 

y*  v 

*y     y     " 

"y*  o 

I      "'  -^    " 

8387 

Lacaille  8060   .... 

7.0 

9  H-65 

63.2 

6 

3-9H 

-  33  23  55-9 

69.7 

3 

5-97 

8388 

B.  A.  0.6582    .    .    .    . 

6.0* 

9  15-41 

39-6 

2 

2.582 

+  20  59  23.4 

54-6 

3 

5-97 

8^80 

A  nony  mous 

8-3 

9  19.  02 

71    I 

•2.  C  IQ 

—    19    l8   22.  O 

55-  7 

2 

5-97 

ujuy 
8-jqo 

5.  o 

Q  26.  4=; 

/  *• 

65.3 

18 

j  j   y 

3.  516 

-    19    II    53.4 

69.0 

3 

5.98 

"0;?" 

Anonymous      .    . 

8.  2 

y            T^J 
IQ      Q    28    06 

J    J 

69.6 

2 

-4-      "?.  4QI 

—  18    9  55.6 

62.2 

2 

+    5-99 

87Q2 

Anonymous 

7    5 

y     y  **•*•  ;/v 

Q    "?8    14 

2 

i     o  ^y 
4.  IQI 

—  41   1531.3 

53.  5 

2 

6.  co 

^Jy*- 
8393 

Lacaille  8066  .... 

/    j 

6.8 

y  jw"  **r 
9  51-84 

65.7 

2 

tf  .  A  ^  M 

3-9'7 

—  33  3'  21.3 

72.5 

5 

6.  02 

8394 

M.  Z.  36,  46  

7-  J 

9  59-  13 

62.4 

4 

3.912 

-  33  24  28.  6 

69.7 

3 

6.  03 

8395 

Lacaille  8061   .... 

6-7 

9  59-  i? 

62.6 

3 

4.038 

—  37    835.7 

69.1 

2 

6.03 

8396 

Weisse  XIX,  224    .    . 

7-4 

19  10    7.36 

67.  2 

4 

+  3-°54 

+    o  48  47.  3 

68.3 

3 

4-    6.04 

8397 

Lacaille  8064  .... 

6.8 

10    7.  64 

66.  i 

2 

4.029 

-  36  54  20.  i 

68.7 

3 

6.04 

8398 

Tr.  Z.  30,  8  

8.0 

10    8.55 

69.6 

2 

•  3.872 

-  32     5  57-  i 

67.7 

2 

6.  04 

8lQQ 

i     Vulpeculse    ... 

5.0* 

10  1  1.  85 

68.  i 

4. 

2.  57Q 

-)-  21     8  44.  6 

53-  5 

3 

6.05 

^jyy 

8400 

Anonymous  .       ... 

8.  5 

10  18.  86 

75    5 

T 
c 

•'  j  1  y 
•?.  5IQ 

—    IQ    IQ    IO.  7 

55-  7 

2 

6.05 

v-  j 

ty*  3 

j 

o    j    y 

y       y            l 

U.  S.  NAVAL  OBSERVATORY,  1845  T^  1877. 


213 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

rt 

D 

>~> 

c 
a 

0) 

s 

Jj 

o 

*o 
6 
fe 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

S 

>> 

q 

s 

s 

J3 
o 

"o 

0 

f. 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

8401 

Lalande  36252     .    .    . 

8.0 

19  10  31.52 

67.9 

3 

+  3-596 

-   22   21    II.  2 

69,  2 

2 

+     6.08 

8402 

Lalande  36324     .    .    . 

7-4 

10  33-92 

76.6 

2 

2.  060 

+    38   27    51.0 

47-7 

2 

6.08 

8403 

Lalande  36311      .    .    . 

6.7 

io  34.52 

61.6 

2 

2.307 

+  30  59  45-  8 

54.6 

5 

6.08 

8404 

O.  Arg.S.  19371  .    .    . 

7.2 

10  49.  26 

68.0 

3 

3-634 

-  23  48  29.  4 

66.7 

3 

6.  10 

8405 

O.  Arg.  S.  19374  .    .    . 

8.0 

10  50.79 

69.  i 

2 

3-49° 

-  18  10  41.  i 

62.2 

2 

6.  10 

8406 

B.  VI.  +  38°,  3506.    . 

8.1 

19  10  56.  16 

76.6 

2 

-f  2.061 

+  38  27     4.  4 

77-6 

3 

+    6.  ii 

8407 
8408 

B.  A.  0.6590   .... 

8.0 
6.0 

II       1.  12 

1  1    14..  6? 

57-5 
62.  i 

2 

68 

3-432 
2.817 

-   15  46  38.3 
-f-    II    2O  45.  2 

68.2 
59-  6 

2 

4 

6.  12 

6.  13 

8409 

23  Aquilae  (ist*)  .... 

5-5 

**T*   v  f 
II       25.03 

70.6 

9 

3-053 

+    o  50    2.  3 

68.3 

6 

6.15 

8410 
841  1 

23  Aqwilae  (2d*)  .... 

8.8 
6.0 

ii  25.  10 
19  II   25.  II 

65.6 

72.  Q 

i 

7 

3-053 
4~  '-°77 

+    o  50    5.3 
+  57  27  51.  8 

69.7 
58.6 

2 

3 

6.15 
+    6.  15 

8412 

84.1  •! 

B.  A.  C.  6594   .... 
0     Lyra             

7.0 
4-  5 

II  25.60 

1  1    TO.  41 

/    -  y 
59.6 

61.  i 

j 

2 

4 

3.869 
2.082 

1        J  1          1      J 

-  32     4  18.4 
+  37  53  IO-  8 

60.7 
55-3 

6 

7 

6.15 
6.  16 

UT"      J 

8414 

T*  J 

S.  5* 

j   '  ^j 
II   41.  15 

72.6 

3 

3-  °7° 

+    o    5  13.  5 

68.7 

2 

6.17 

"T-'T- 

8-ii  ? 

J     3 

$•  $ 

II    48.  12 

/ 

$Q.  7 

2 

2.538 

-{-    22  46  33.  5 

53.7 

2 

6.18 

w~r  *  j 

8416 

B.A.  C.66o6    .... 

J     J 

7-5 

19    II    54.  17 

jy   i 

69.  i 

2 

+  I.7I7 

+   46  48   54.0 

54-6 

3 

+     6.18 

8417 

Weisse  XIX,  277    .    . 

8.5* 

12      9.36 

66.6 

2 

2.816 

-f    II    23    19.  2 

67-7 

2 

6.21 

8418 

B.A.  €.6604   .... 

7.0 

12    10.  76 

68.0 

3 

3.650 

-   24   27    37.3 

68.2 

3 

6.21 

8419 

Lacajlle  8077  .... 

6.2 

12  14.  18 

63-4 

5 

3-970 

-  35  14  13-5 

71.7 

5 

6.  22 

8420 

B.  A.  C.  6607    .... 

6-5 

12    14.68 

59-9 

3 

3-603 

-  22  39  31.7 

65.4 

4 

6.  22 

8421 

Lament  875      .... 

8.5 

19    12    17.53 

73-2 

4 

+  3-516 

-  19  '5     5-i 

55-7 

4 

+      6.22 

8422 
842-? 

Lalande  36402     .    .    . 
rf     Draconis   

6.8 
5.0 

12    21.47 
12   30.56 

69.5 
49.0 

2 

8 

2.051 
0.017 

+  38  46  41-  8 
-f  67  24  55.9 

61.7 
65.9 

2 

15 

6.23 
6.24 

«np«j 

8424 

842? 

Schjellerup  7273      .    . 
Anonymous       .... 

8.5 
8.6 

12    34.  22 

12  37.  66 

68.7 
68.7 

2 
2 

3-301 
3.517 

-    10    12    51.2 
-    19    19       1.2 

66.6 

55-7 

2 

4 

6.2S 
6.25 

^"t*1  J 

8426 

B.  A.  C.  6609    .... 

6.5 

19    12  46.81 

60.6 

5 

+  3-8oi 

-    29    51    47.4 

55-3 

6 

+      6.26 

8427 

8428 

Groombridge  2809  .    . 
f    Aquilse  

5-7 

S.  2 

12   50.43 
13      4.45 

7-3-4 
71.  7 

8 
3 

1.722 
3-  '98 

+  46  44  17-0 
-    5  40  27.  i 

66.1 
57-7 

6 

2 

6.27 

6.  29 

8429 

B.A.'C.  6611    .    .    .    . 

J 

7-9 

13      6.76 

/          J 

64.  I 

6 

3-703 

-  26  25  24.  5 

61.8 

5 

6.  29 

8430 

2  2270  (ist*)  .    .    .    . 

7-4 

13      7.60 

64.6 

4 

2-953 

+    5  26  26.3 

70.7 

4 

6.29 

843' 

I  2270  (2d*)  .... 

7-i 

19    13      7.67 

64.6 

4 

+  2.953 

+    5  19  56.  i 

70.7 

4 

+    6.29 

8432 

B.  A.  0.6613    .    .   .    . 

6.0 

13    11.78 

66.3 

3 

3-798 

-  29  46  54.  9 

59-7 

3 

6.30 

8433 

O.  Arg.  S.  19423  .    .    . 

8.5 

13    16.77 

65.6 

4 

3-703 

—  26  26  10.  9 

61.4 

3 

6.  30 

8434 
8431; 

B.  A.  C.  6616    .    .    .    . 
p*    Sagi  tta.ri  i       .            .    . 

7.0 

4.  O 

13   24.78 
1  1    77   O4 

60.6 
17.  4. 

2 

18 

3-521 
7.487 

-  19  29  33-  6 
-  18    6  25.3 

56.3 
61.4 

5 
3 

6.3' 
6-33 

TO^ 

8436 
8417 

Weisse  XIX,  315    .    . 

if.  u 

7.6 

6.0 

J    OJ       ^ 

'9  13  39-83 
1  1  40.  So 

j  /    ^ 
65.0 

68.8 

2 

4 

J'  *TV  / 

+   3.306 
1.  408 

-  10  26    3.  2 
—  18  33  51.6 

64.8 
72.6 

2 

6 

+    6.34 
6-34 

UTO/ 

8418 

v     Sagittarii  

5.8 

*  o  *fvt 

17   42.  38 

66.6 

7 

J.     f^v 

1.441 

-  16  12  51.  i 

72.  i 

4 

6-34 

*JtTj*-r 
SATO 

K     Cygni     .    .        ... 

J 

c    c 

*  j   *t*"  j" 
11    C2.  O4 

67.6 

J 
7 

jf  tt 
I.  182 

4-  57,    6  39.8 

62.7 

2 

6-35 

^jy 

8440 

Lalande  36478     .    .    . 

j~  j 

6.4 

*  j   j*"  v*f- 

'4    5-43 

"/  '  w 

68.6 

J 

2 

O*-""* 

2.  IIO 

1        JJ                *J7 

+  37  "  i  20.5 

47-  1 

2 

6-37 

214 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i 

I 

1 

IM 

O 

O 
fe 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 

<u 

C 

OJ 

S 

J3 

o 
o 

o 

fe 

Annual 

Precession, 
1860. 

h.  m.       s. 

s. 

0           /          // 

f, 

8441 

Gr.  12-year  Cat.  1719  . 

8.0 

19  14  23.04 

61.3 

4 

+  3-556 

—  20  54     2.  9 

60.6 

5 

+     6.40 

8442 

Lalande  36426     .    .    . 

8.5* 

14  24.  20 

68.7 

2 

3.5I5 

-  19  17     6.6 

55-7 

5 

6.40 

8443 

Lacaille  8090  .... 

6-5 

'4  35-  93 

66.0 

10 

3-967 

-  35  13  52-  i 

73-5 

5 

6.  41 

8444 

O.  Arg.  S.  19451  .    .    . 

9-5 

14  37.  26 

66.6 

2 

3-703 

-    26    29    31.  2 

69-7 

2 

6.42 

8445 

S  2275  (ist»)  .... 

7-8 

14  38.  24 

63-7 

2 

3-183 

-    4  59  53-8 

67-7 

3 

6.42 

8446 

S  2275  (2d»)  .... 

9.0 

19  14  38.81 

63-7 

2 

+  3-  183 

•     4  59  34-  3 

68.7 

2 

+     6.42 

8447 

Lalande  36513     .    .    . 

6-5 

H  43-  49 

68.7 

2 

2.  US 

+  37     4  44-  6 

74-7 

3 

6-43 

8448 

Weisse  XIX,  345     .    . 

8.0 

14  44.  69 

74-3 

3 

3-260 

-     8  27  43.  5 

75.0 

3 

6.43 

8449 

B.  VI.  +  36°,  3502  .    . 

7-° 

14  46.  68 

69.  2 

3 

2-  135 

4-  36  30  21.2 

73-6 

2 

6.43 

8450 

Lalande  36448     .    .    . 

8.5* 

14  52.27 

68.7 

2 

S-SH 

-  19  14  43-  i 

55-7 

2 

6.44 

8451 

O.  Arg.  S.  19459  .    .    . 

8-3 

19  14  52.  29 

65.9 

3 

+    3-772 

—  28  56     1.5 

67.2 

2 

+     6.44 

8452 

Lacaille  8092   .... 

7-6 

14  53-86 

63.I 

4 

3.920 

-  33  48  21.8 

68.  i 

2 

6.44 

8453 

8454 

O.  Arg.  S.  19465  .    .    . 
M.Z.  130,  8  

8.4 

15    o.  01 
15  11.58 

66.9 

4 

3-772 
1    77"? 

-  28  56  33.  2 
28  58    9.  7 

67.4 
68.7 

3 
2 

6.45 
6  46 

*Hf^«f 

8455 

O.  Arg.  S.  19472  .    .    . 

7-6 

15    21.  14 

68.7 

2 

j-  /  /  J 

3.486 

-  18    7    9.2 

57-2 

2 

*j,  i^\j 

6.48 

8456 

B.A.  0.6627   .... 

6-5 

19    15    38.20 

61.4 

5 

+  3-  834 

-  31     3  54-9 

57-2 

5 

+     6.50 

8457 

B.  A.  0.6628   .    .    .    . 

5-6 

»5  46-39 

54-3 

4 

3-748 

-  28    7  56.  5 

66.  i 

2 

6.51 

8458 

M.Z.  195,8  

8.4 
8   5 

16    7.59 
16    8.63 

64-5 

77.    I 

3 

3.620 

—  23  26  27.  5 
8  25 

65-4 

3 

6-53 
6.  HA 

8460 

B.  A.  0.6631    .... 

**•  j 

6.0 

1  6  14.66 

60.6 

3 

3-  239 
3-789 

-  29  34  34.0 

54-2 

4 

6-55 

8461 

Lament  3212    .... 

8.1 

19  16  15.79 

73-3 

5 

+  3-  260 

8  28  59.  9 

72.4 

5 

+     6.55 

8462 

Tr.  Z.  20,  62     .    .    .    . 

8.4 

16  26.  24 

69.  2 

2 

3-942 

-  34  33  "-6 

53.1 

3 

6-57 

8463 

O.  Arg.  S.  19502  .    .    . 

9-3 

16  32.08 

66.6 

2 

3-691 

-  26    7    3.  2 

66.7 

3 

6-57 

8464 

Tr.  Z.  20,  63     .... 

8.0 

16  37.62 

69.  2 

2 

3-946 

-  34  40  36.  6 

65-4 

2 

6.58 

8465 

8466 

Mer.  C.  Z.  148,  28  .    . 
X1   Sagittarii 

7-2 

5C 

16  40.36 

Id     ifi/lC     T  "2 

67.0 

61.  6 

2 

3.616 

_4_    -j   fie  c 

-  23  18  38.3 

69.  o 

3 

6.58 
+    6.  59 

8467 

Xz  Sagittarii  

'  J 

7    2 

iy    lu  45.  13 

1  6  5  1  .  85 

62.  4 

T^    j'  Uj3 

~  r  4Q  3s  s 

68.6 

2 

6.  60 

UT-W/ 
8468 

M.Z.  258,  115  .... 

/ 

8.8 

16  53.86 

66.3 

3 

3-515 

-  19  19  27.0 

55-7 

4 

6.60 

8469 
84.70 

Lalande  36557     .    .    . 
X3  Sagittarii  

7-o 

C     C 

16  55.41 
17     j  .  oo 

73-2 
62.  3 

4 

3-417 

7.  640 

-  15  17  38.2 

71.0 
67.  6 

3 

2 

6.60 
6.  61 

Utf  /    V 

8471 

8472 

O.  Arg.  S.  19516  .    .    . 
Anonymous  

J'  J 

9-4 

8.  5 

19  17  12.92 

17    IA    1  7 

63-7 

64.     H 

3 

2 

+  3-692 
3.618 

—    26    10    2O.  2 

66.7 
65.  6 

2 

+     6.63 
6  67 

"*rrf 

8473 

Lament  517  Sup.     .    . 

9.0 

i  /     iif.  i  / 

«7  29.34 

67.2 

2 

3-253 

—      8    10   22.  8 

68.7 

2 

V      O 

6.65 

8474 
8475 

O.  Arg.  S.  19525  .    .    . 
50  Sagittarii  

8-5 

C     C 

17  30.30 

17    C7    OO 

69.    I 
7T     7 

2 

3-517 

3^82 

—  '9  26  39.9 

22       7      O.  1 

63.1 

62.  2 

2 
2 

6.65 
6.69 

T/  J 

8476 

2     Sagittee      

J'  J 

6.  o* 

*  /  j  /  •  yy 
1  9  18    4.81 

i  lt  6 

60.  4 

•  j  *-**• 
1      2.  60  H 

1      j^    AQ      2.  o 

8 

+     6.  70 

"*T/  w 

8477 

B.  A.  0.6639   .... 

5-8 

18    5-34 

63.6 

4 

3.800 

-  30    o  59.4 

71-7 

4 

6.  70 

8478 
8470 

B.  A.  C.  6643  .... 
T     Draconis  

5-5 

4    5* 

18  13.09 
18  13.  31 

66.1 
66.  3 

2 
2 

+  3-417 

I    Q77 

-  «5  19  37-2 

+    77       C    AO    7 

72.0 
69.6 

4 

6.71 
6  71 

"t/  ? 
8480 

<f     Aquilse  

T-*   J 

3-4* 

l8    26.  22 

*  •  W  j 

/o      j   •rw«j 

_l_     2  50  18.  3 

50.  6 

IOO 

w.  /  ± 
6   77 

4-i 

302 

"-*•  /  O 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


215 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i 

>» 

q 

s 
s 

ui 

•s 

'o 
6 
Z 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 

>•* 

q 

<s 

0 

s 

1 

O 

o 

Z 

Annual 
Precession, 
1860. 

8481 

3     Sagittse      

6.5* 

h.  m.      s. 
19  18  27.79 

60.3 

3 

s. 
+  2.694 

0           /           // 

-4-  16  41     8.  o 

57-2 

6 

// 
+     6.73 

8482 

Weisse  XIX,  438    .    . 

7.8 

18  33.48 

67.1 

2 

3.008 

+    2  55  12.7 

67.7 

2 

6-74 

8483 
8484 

DM.  +  36°,  3533    .    . 

5.  5* 

18  35-°5 
18  36.  26 

77-7 
60.7 

I 

2 

2.  127 

2.  •564 

+  36  49 

+    29    20    58.8 

56.4 

4 

6-74 
6.  74 

8485 

Weisse  (2)  XIX,  556   . 

J      J 

7.0 

1  8  42.39 

75.6 

4 

*••  o^t 
2.127 

+  36  53  36.9 

77.6 

I 

6-75 

8486 

O.  Arg.  S.  19548  .    .    . 

9.2 

19  18  47.46 

63-7 

2 

+   3.69I 

—  26  28 

+    6.75 

8487 
8488 

O.Arg.S.  19551  .    .    . 
4     Vulpeculse                 .    . 

8.5 
6.0* 

18  47.56 
19  19.  98 

63-7 
66  7 

2 

•3 

3-692 
2.626 

-   26    12   43.9 

-J-      IQ     31      -1C.  Q 

70.0 
56.0 

6 

5 

6.76 
6.80 

8489' 

Lalande  36729     .    .    . 

7.2 

19  22.48 

v.  i 
68.7 

J 

2 

2.056 

1       *y   j*    JJ    7 
+    38    56    27.8 

66.0 

3 

6.81 

8490 

Lacaille  81  1  1    .... 

7.2 

19  28.  95 

62.7 

3 

3-995 

-  36  16  47.7 

64-7 

3 

6.82 

8491 

Lalande  36732     .    .    . 

7-3 

19  19  32.  60 

73.6 

7 

+    2.  127 

+  36  54  54-  2 

71.7 

7 

4-     6.82 

8492 

0.  Arg.  S.  19575  .    .    . 

8.1 

19  38.44 

65.6 

3 

3.6lO 

-  23    911.2 

67.7 

2 

6.83 

8493 

84.04 

DM.  +  36°,  3545     .    . 
TT    Draconis   .        .... 

7-o 

c    2 

19  38.79 

IQ    ^6.  40 

74-7 
77  6 

3 
•j 

2.  130 

o.  322 

+  36  Si  32-8 
-f-  65  26  44.  i 

77-7 
73-5 

2 
2 

6.83 
6.85 

^y^ 
849? 

Lalande  36762     .    .    . 

j-  " 

20  10.  07 

1  1  .  w 
77.  7 

o 

2 

2.  I'll 

+  36  50  55.  8 

77-6 

I 

6.87 

tvp 

8496 

Anonymous  

IQ    2O    11 

lit 

§% 

*  j  L 
+    1-  681; 

—    26      2       I.I 

66.8 

I 

+    6.88 

8497 

O.Arg.S.  19587  .    .    . 

8.5 

Ky    i.v     *•  £• 

20  13.  59 

64.0 

3 

—  |            J.     WJ 

3.689 

—  26  10  44.4 

66.7 

3 

6.88 

8498 

O.  Arg.  S.  19591  .    .    . 

8.5 

20    18.33 

63-7 

2 

3.688 

—  26    6  59.2 

66.7 

2 

6.88 

8499 

Lalande  36774     .    .    . 

6.5 

2O    2O.  21 

75-2 

5 

2.  127 

+  36  58  12.9 

61.6 

4 

6.89 

8500 
8501 

B.  A.  0.6663    •    •    •    • 
Anonymous  

6.5* 

2O    21.  12 

IQ    2O    27 

67-3 

3 

2-623 

4-    •?.  68^ 

+  19  36  56.3 

—  2?  (6  c6.  7 

7i-7 
69-7 

4 
i 

6.89 
+    6.90 

"  J^"- 

8i;o2 

Tr.  Z.  60,  9    

8   f 

•  y     «,v     •/  1 

20  30.  62 

68  7 

2 

I           J*    *"*J 

4.  1  1  1 

j  j    j  '  i 
—  T.O   36     6.  4 

65-5 

2 

6.90 

v  j*"- 

8503 

O.  Arg.  S.  19600  .    .    . 

9.0 

20   35.71 

*"*»   / 

69.7 

3 

*T"     *   * 

3.685 

jy   j^         '  ^ 
-   26      2   29.  2 

67.8 

3 

6.  91 

8504 

Lalande  36719     .    .    . 

5-9 

20   37.  36 

68.6 

2 

3-4I7 

-    15    23      0.4 

67.4 

3 

6.  91 

8505 

Weisse  (2)  XIX,  616  . 

9.0* 

20  41.43 

69.6 

2 

2.628 

+    19    28   24.9 

68.2 

2 

6.92 

8506 

B.  A.  €.6665    -    •    -    • 

6.8 

19    20  45.  65 

61.3 

6 

+   3.828 

-  31     4   15.0 

55-6 

5 

+    6.92 

8507 
8508 

O.Arg.S.  19608  .    .    . 
4     Cveni    . 

8.5 
6.  o* 

21       2.58 

21       6    $1 

66.7 
(,->.  i 

9 

•3 

3.686 
2.  I  <Q 

-  26     5     5.4 

-4-    36      2    IQ.  6 

69.5 

51.  2 

5 
6 

6.94 
6.  95 

UJW 

8509 

O.  Arg.  S.  19612  .    .    . 

8.5 

•  JJ 
21      9.  21 

j'  j 
60.6 

J 
2 

jy 

3-731 

1      o"           *y  " 

-  27  43     7-7 

58.6 

2 

6-95 

8510 

O.  Arg.  S.  19619  .    .    . 

9-5 

21    II.  12 

69.6 

I 

3.684 

-  25  58 

6.96 

8511 

B.A.C.  6666    .    .    .    . 

5-7 

19  21  12.  35 

62.  i 

7 

+  3-7'8 

-  27  16     6.3 

58-7 

4 

+     6.96 

8512 

Lacaille  8120   .    .    .    . 

6.6 

21    13-54 

63-1 

4 

3-867 

-    32    22    29.2 

69-3 

3 

6.96 

8513 

O.Arg.S.  19618  .    .    . 

8-3 

21    20.  58 

64.7 

2 

3-728 

-  27  37  56.8 

58.6 

2 

6-97 

8S  '4 

O.  Arg.  S.  19622  .    .    . 

8-5 

21  28.  39 

72-9 

4 

3-523 

-  19  46  29.  6 

66.7 

3 

6.98 

8515 

Lalande  36841      .    .    . 

8.2 

21    49. 

2.  198 

+  34  53  56-0 

77.6 

2 

7.00 

8516 

O.  Arg.  S.  19629     .    . 

8-3 

19   21    50.  28 

74-3 

3 

+    3.524 

-  19  50  21.7 

73-6 

2 

+      7-02 

8SI7 

Lacaille  8126   .    .    .    . 

7-i 

21  54-34 

63.0 

3 

3.885 

-  32  59    2.0 

66.6 

I 

7.02 

8518 

Lacaille  8121    .... 

7.0 

21    57.38 

66.6 

2 

4.^28 

-  42  43    8.  i 

68.2 

2 

7.02 

8519 

O.  Arg.  S.  19631      .    . 

7-3 

21  57-59 

69.0 

3 

3.520 

—  19  40  17-5 

61.0 

3 

7.02 

8520 

Lacaille  8128   .... 

7-3 

22    30.  64 

62.7 

3 

3.990 

.—  36  '4  54-6 

72.5 

5 

7-07 

216 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

Mean  year. 

1 

IM 

O 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

S 

>. 

C 
rt 

<u 

s 

1 

t« 
0 

o 
Z 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

8521 

Tr.  Z.  186,  5     .... 

9.0 

19  22  34.  01 

67.6 

2 

+  3-6'4 

-  23  24  44.  7 

66.7 

2 

-1-     7-07 

8522 

Weisse  (2)  XIX,  683  . 

8.0 

22   35.  2O 

76.6 

3 

2.  132 

+  36  50 

7.07 

8523 

Lalande  36891      .    .    . 

6.2 

22    41.25 

68.7 

2 

2.  IO7 

+  37  39  3'-2 

48.6 

I 

7.08 

8524 

B.  A.  €.6673    .... 

6.5* 

22   41.  42 

59-6 

2 

2-374 

+  29  10    i.  6 

53-6 

3 

7.08 

8525 

B.  A.  0.6672    .... 

7-3 

22  42.  05 

62.0 

9 

3-683 

-  26    i  25.  5 

61.4 

6 

7.08 

8526 

a     Vulpeculse    

4.0* 

19  22  52.  79 

55-8 

3 

+  2.505 

+  24  23    2.3 

68.7 

3 

+     7-  10 

8527 

M.  Z.  187,  35  .    .    .    . 

9.0 

23    14.68 

66.8 

4 

3-544 

-  20  42  36.6 

56.6 

2 

7.12 

8528 

B.  VI.  I9h,  57  .... 

7-7 

23    16.52 

64.7 

2 

3.612 

-  23  23  17.9 

06.  o 

3 

7.  12 

8529 

B.  A.  C.  6677    .    .    .    . 

7-7 

23    19.09 

61.7 

9 

3-751 

-  28  30  12.  6 

58.2 

8 

7-13 

8?  -so 

f    O 

27    2O   /1J. 

67    A 

3|  ^(\ 

i      1    iK  n 

C  7    *7 

71  1 

JO 

j" 

*"  j    *•"-*•  'f'f 

W  '  T- 

•  ljy 

J     4  3°-° 

j7-  7 

•  '3 

853i 

Lalande  36857     .    .    . 

6.5 

19  23  30.52 

66.0 

6 

+  3-519 

-   19  40  36.6 

60.  5 

7 

+     7-15 

8532 

O.  Arg.  S.  19662  .    .    . 

8.2 

23  3'-°9 

61.  9 

3 

3-737 

-   28      2    28.0 

59-4 

3 

7-15 

8533 

B.  A.  C.  6680    .    .    .    . 

6.0 

23  33-53 

61.4 

5 

3-827 

-  31     9  39-2 

53-6 

3 

7-  «5 

8534 

Weisse  (2)  XIX,  712  . 

7-5 

23  38.  76 

76.6 

2 

2-  134 

+  36  54  12-7 

75-0 

3 

7.16 

8S3S 

Lalande  36878     .    .    . 

9.  o* 

23  5«-43 

76.6 

3 

3-544 

—  20  41  33.9 

56.6 

3 

7.18 

8536 

B.  A.  C.  6682    .... 

6.9 

19  23  56.48 

61.  9 

7 

+  3-744 

-  28  17     1.3 

58.7 

3 

+     7-i8 

8537 

O.  Arg.  S.  19674  .    .    . 

8.0* 

24     i-  15 

65-4 

5 

+  3-  603 

--  23     i  59-4 

68.7 

2 

7.19 

8538 

O.  Arg.  N.  19300     .    . 

8.0 

24    6.  14 

77-6 

3 

-    2.  OO9 

+    76    12 

7.20 

8539 

B.  A.  0.6684   .... 

6.6 

24  10.  67 

63.2 

4 

+    3-812 

-  30  39  22.6 

72.2 

5 

7.20 

8540 

B.  A.  0.6685    .... 

7-3 

24  17-72 

62.  7 

10 

3.689 

-  26  19  18.  6 

67.0 

3 

7.21 

8541 

O.  Arg.  S.  19685  .    .    . 

9.1 

19  24  23.26 

63.0 

8 

+    3-7I9 

-  27  24  40.  5 

58.0 

3 

+      7-22 

8542 

Lacaille  8138  .    .    .    . 

6.0 

24  31.86 

67.0 

3 

4-  131 

—  40  19  52.  i 

66.  i 

2 

7-23 

8543 

Lacaille  8143   .    .    .    . 

6-3 

24  33-5° 

62.  3 

3 

3.929 

-  34  29  34.8 

68.2 

2 

7-23 

8544 

O.  Arg.  S.  19689  .    .    . 

8.5 

24  35-24 

64.  2 

2 

3-583 

-    22    17   41.2 

68.7 

2 

7-24 

8545 

DM.  +  38°,  361  7     .    . 

24  57-47 

77.6 

2 

2.067 

+    38   51 

7.26 

8546 

0.  Arg.  S.  19693  .    .    . 

8.2 

19  25    o.  90 

68.7 

2 

+  3-5I5 

-  '9  34    5-5 

62.2 

2 

+      7-27 

8547 

/3    Cygni  (ist*)     .... 

3-3 

25    4-5' 

48-3 

21 

2-419 

+  27  40    6.  o 

61.7 

3 

7.28 

8548 

/3    Cygni  (2d»)      .... 

7-3 

25     6.  74 

57-i 

4 

2.419 

+  27  40  24.  3 

63.  2 

4 

7.28 

8549 

1  .aim  iiit  i  co  . 

8.0 

2C       O    ft  A 

,. 

, 

Ar     i 

-      ~Q 

•o    y-  U4 

°9-  3 

3-  7'° 

—  27  20  32.  3 

05.2 

4 

7-  2» 

8550 

Anonymous  

8.  8 

2C     II     1A 

* 

, 

-    ~c 

•o   *••  34 

"9-  3 

3-  7ID 

—  27  21 

7.  20 

8551 

O.  Arg.  S.  19694  .    .    . 

9.0 

19  25   17.31 

63.0 

9 

+  3-7I9 

-  27  27  34.8 

56-5 

4 

+   7-29 

8552 

O.  Arg.  S.  19708  .    .    . 

8.0 

25  45-54 

64.0 

15 

3-7'S 

-  27  26  59.9 

58-5 

5 

7-33 

8553 

O.  Arg.  S.  19713  .    .    . 

8.9 

45  53-53 

63-9 

13 

3-7i8 

-  27  27  31.5 

58-5 

5 

7-34 

8554 

O.Arg.  S.  19715  .    .    . 

8.0 

25  57-i6 

62.  o 

3 

3-522 

-  «9  52    7-7 

60.  9 

6 

7-35 

8555 

B.  A.  0.6694    .... 

6.6 

26    6.  66 

62.6 

5 

3-630 

-  24    9  27.8 

70.  6 

4 

7-36 

8556 

B.  A.  0.6693   .... 

6.8 

19  26    7.98 

64.0 

3 

+  3-848 

-  31  54  26.  i 

61.8 

2 

+     7-36 

8S57 

B.  A.  0.6702   .... 

6.0* 

26  28.  52 

77-6 

3 

—  2.019 

-f  76  16  48.0 

72.9 

4 

7-39 

8558 

Lacaille  8153   .... 

7.2 

26  36.95 

62.  9 

5 

+    4-012 

—  37    6  26.8 

67.0 

3 

7.40 

8S59 

O.Arg.  S.  19732  .    .    . 

8.4 

27    6.36 

65.7 

2 

3-521 

-  19  52  52.0 

62.4 

3 

7-44 

8560 

O.  Arg.  S.  19735  •    •    • 

8.0 

27    9-  49 

65.7 

2 

3.760 

-  29    o  13.4 

68.2 

2 

7-45 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


217 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

iJ 

rt 

V 

>> 

a 

S 

i 
•s 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

J 

3 
6 

>, 

c 
3 

u 

g 

1 

<— 
o 

o 

a 

Annual 
Precession, 
1860. 

8561 

u     AnuiliC                          . 

A.  O 

h.  m.      s. 

IQ    27    14.   QO 

C7    c 

IO 

s. 

-1-    2    Ql8 

o      /      // 
_L      7      c      A    A 

eg  7 

8 

// 

+      7   d.5 

8562 

O.  Arg.  S.  19737  .    .    . 

*T-  y 

7-8 

*  7     ml      "F*   7W 
27      I?     90 

JJ'J 
65.6 

4 

I       *.  y»o 

3-759 

r      /      j     T*  f 
—  28  58   16.5 

jw.  / 
68.2 

2 

/  •  ^J 

7.46 

8563 

81:64 

B.  A.  0.6700   .    .    .    . 

6.5 

S-  S* 

27      18.47 
27     24.   31 

66.2 
66.2 

3 
•j 

3-550 

-2.  -MO 

-  21     4  43.  8 

—    IO   SI    4?.  8 

69.  o 
68.8 

3 

2 

7.46 

7.  4.6 

UJ  "*T 

8;6s 

fr    Sagittarii  

J      J 

.6.0 

27    •!!.  38 

6-i.  i 

o 

4. 

O'  J*" 

-2  6ci 

V    J  *     tj-  •• 

—  25     i   1  8.  6 

70.  ^ 

8 

/  *   *T  ' 

7.  4.7 

J     J 

8566 

8567 

Lacaille  8159  .    .    .    . 

6.4 

8.  7 

/        J       '    J" 

19   27   34.52 

27    37.  So 

v  J* 

62.8 
70.  6 

T^ 

5 
i 

j-  «*3* 

+  3-878 

4.  I  1  1 

-  32  59  45-  7 

'4.O       7    I  I  .  Q 

/  vr  j 

72.0 

6q.  7 

4 

2 

/    ^/ 

+   7-48 
7.48 

J     / 

8568 
8<6o 

O.  Arg.  S.  19746  .    .    . 

7-3 
8.0 

/    jf  ' 

27  40.  53 

27   i.2.  08 

65.6 
70.  7 

4 

t1  *  •  j 

3-759 
4.  181 

T-"      j            7 

-  28  58  43-  6 

—    4.1    4.Q      2.  "? 

:/•  / 

68.2 

72.  7 

2 
1 

/  •  f*1* 

7-49 
7.  ?O 

J    y 

8570 

O.  Arg.  S.  19748  .    .    . 

8.5 

/      J*"   7 

27     54-37 

68.6 

2 

tj..    «  u* 

3-521 

t1     t:7       *••  j 

-  >9  53  53-o 

it 
63.3 

^ 

2 

/    j 

7-5' 

8571 

Lacaille  8158  .... 

7-5 

19     27     56.OO 

73-0 

9 

+  4-  181 

-  41  45  5'-7 

70.8 

6 

+     7-51 

8572 

8<7J 

0.  Arg.  S.  19753  •    •    • 
Anonymous  

8.2 
O.  O 

28      2.  30 

28     6.  52 

68.7 
60.  i 

2 

3-5°4 

3    71.1 

-  19  12  31.5 

—   27    24      S    6 

62.2 
6l.7 

2 
2 

7-52 

7    <!2 

J  /  J 

8574 

81:71: 

Weisse  XIX,  692    .    . 
hl  Sagittarii  

y  •* 
8-3 

S.     5 

28    6.  69 
28  1  1.  02 

;*•  j 

66.6 
60  ^ 

2 
l8 

O'  /  4£r 
3-305 

i  6zz 

*/       *1T          J  -   v 

-  10  40  10.  3 

—    2C    II     IQ    A. 

J      / 

68.2 
60.6 

2 

4 

/    .) 
7-52 
7    1"? 

J  1  J 

8576 

B.  A.  €.6707   .... 

J       J 

7.0* 

19  28  16.  20 

W.     J 

59-7 

J° 
2 

j-  ^jj 

+  3-502 

•5   *      *y  *r 
-   19    9  29.  5 

56-7 

*T 

7 

/  •  j»> 

+    7-54 

8577 

8s?8 

O.  Arg.  S.  19758  .    .    . 
9     Vulpeculoe    ...        . 

8.0 

c    c* 

28  16.  91 

28  25.  90 

64.6 
67  * 

2 

3-725 

2    67d. 

—   27   48   22.0 
_|_    ig    28    II.  8 

69.  2 

C7    2 

2 

7-54 

7    ^1 

VJ/  *• 
8C70 

Anonymous              . 

j1  J 
8.0 

28  1*1  os 

*-'/  •  j 

64.   Q 

••  ^OT- 
4O77 

—    3O       1    CO    2 

j  I  •  -^ 
60    2 

2 

/  •  jj 

7  »;6 

"J/  V 

8580 

O.  Arg.  S.  19770  .    .    .' 

7.8    ' 

*-^>  j/  *  yj 
28   39.76 

*"r"  7 

68.7 

2 

•  w/  / 

3-501 

jy     j  jy-  * 
-  19    5  26.3 

**y«  ~ 

63.2 

2 

/  •  j" 

7-57 

8581 

B.  A.  0.6711    .... 

6.0* 

19  28  43.  73 

76.7 

4 

+  2.089 

+  38  27  33.  7 

65-3 

3 

+     7-57 

8582 

DM.  +  190,4068    .    . 

.    . 

28  46.  01 

59-6 

I 

2.634 

+  '9  29  31-3 

71-7 

6 

7-57 

8583 

DM.  +  19°,  4170     .    . 

28  55- 

2.634 

+  19  29  "5-9 

72.7 

2 

7-59 

8584 

B.A.  0.6710   .... 

7.0* 

28  55.77 

59-7 

2 

3-487 

-  18  32  18.4 

55-4 

3 

7-59 

8385 

0.  Arg.  S.  19775  •    •    • 

8.0 

28  56.26 

69.  i 

2 

3-539 

—   2O  40  27.  2 

66.7 

2 

7-59 

8586 

Lacaille  8169  .    .    .    . 

6.5 

19  28  57.96 

62.8 

5 

+  3-  883 

-  33  '3  1  6.  i 

71.  i 

4 

+    7-59 

8587 

Weisse  XIX,  719    .    . 

8-3 

29    5.76 

64.6 

2 

3-307 

-  IO  44  28.  I 

70.9 

4 

7.60 

8588 

O.  Arg.  S.  19780  .    .    . 

8.5 

29    7.  40 

62.2 

2 

3-761 

-  29    7  25.3 

59-4 

4 

7.  60 

8589 

8<JQO 

Weisse  XIX,  722    .    . 
9Cvt?ni    . 

6.2 
c    e* 

29    9.  23 

2Q    17     17 

69-3 
Co  6 

5 

2 

3-300 

2.  382 

-  10  27  51.6 

+2Q      Q    2Z    7 

72.1 
c-,  6 

5 
6 

7.61 
7  62 

j  y 
SCQI 

j-  j 

A     O* 

mf3    *  1  •  *•  j 
IQ    2O    21    47 

jy-  u 
66.4 

C2 

+    •?    211 

^7     y  *j'  / 

—       *7    2O      7    O 

jj-  v 

64    Q 

7 

/  •  u 

_(_     7  62 

t-'jy* 

8592 

Riimker  7656  .... 

£f.    u 
9-0 

iy    *y    •**•  ^/ 

29  35- 

J*1 

O*  *Jl 
2.634 

/    £"       /  •  ** 

+   '9  28  55.6 

**•!•  y 

72.6 

/ 

3 

i       /  -  v- 
7.63 

8S93 

Lacaille  8170  .    .    .    . 

7-7 

29  41.  68 

64-5 

2 

4.179 

—  41  5.1  24.  o 

68.2 

2 

7.65 

8594 

O.  Arg.  S.  19796  .    .    . 

8.6 

29  42.  97 

69.  I 

2 

3-732 

-  28    5  55.5 

65.0 

3 

7.65 

8595 

Lament  161      .... 

8-3 

29  43-  3  1 

71.6 

3 

3.720 

-  27  40  10.  7 

63-2 

2 

7.65 

8S96 

Weisse  (2)  XIX,  923  . 

8.4 

19  29  46.  39 

77-4 

3 

+    2.074 

+  38  55  43-  7 

77.6 

I 

+     7-66 

8597 

Weisse  (2)  XIX,  925  . 

8.2 

29  48.  90 

77-4 

3 

2.  073 

+  38  57  54-4 

77-6 

I 

7.66 

8598 

O.  Arg.  S.  19798  .    .    . 

8.0 

29   50.  21 

69.6 

3 

3-758 

—  29    3    8.  i 

66.4 

3 

7.66 

8599 

O.  Arg.  S.  19800  .    .    . 

9.0* 

29   54.  26 

69.6 

i 

3.762 

—  29  10  25.  i 

58.0 

3 

7.67 

8600 

Lalande  37162     ... 

7.0 

3O      1.82 

77-7 

i 

3.296 

-  10  17    5-7 

77-8 

3 

7.68 

218 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

>> 

c 
S 

s 

J3 

o 

o 

O 
£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

1-. 
rt 
OJ 
>"* 

C 
B 
0 

s 

4 

o 

V- 
0 

1 

Annual 

Precession, 
1860. 

h.  m.      s. 

s. 

0          /          // 

// 

8601 

B.  A.  €.6718    .    .    .    . 

5.0 

19  30     7.  29 

65-1 

2 

+   1.956 

+  42    6  27.3 

54-6 

2 

+     7-68 

8602 

B.  A.  0.6716    .    .    .    . 

6.4 

30  H..&7 

62.8 

8 

3-754 

-  28  55  11.4 

58.3 

6 

7.69 

8603 

O.  Arg.  S.  19809  .    .    . 

7.2 

30  1  6.  65 

72.6 

2 

3.720 

-  27  41     1.4 

60.  9 

4 

7.70 

8604 
860? 

O.  Arg.  S.  19811  .    .    . 
Anonymous  .    .    .    .    . 

9-5 
9.  o 

30  17.58 
30  21.06 

61.6 
69.6 

2 
2 

3-536 
7.  711 

-  20  37    7.  i 
—  27  22  47.  7 

58.3 
67.  i 

3 

2 

7.70 
7.  7O 

UV"J 

8606 

Lacaille  8174   .    .    .    . 

6.8 

19   30   22.  98 

vy.    *-r 

69.6 

2 

o   / 

+  4.098 

/                    T\V/ 

-  39  44  44-  8 

•~>j-    * 

63.6 

4 

/  -  / 
+     7.71 

8607 
8608 

B.  A.  €.6721    .    .    .    . 
1  1  Cygni        

6.0* 

S.  2 

30  41.  15 

V)  4.6.  78 

69.6 
6q.  ? 

2 
2 

1.708 

2    I  ^ 

+  47  Si  39-8 
+  36  38  10.  i 

61.7 

72    O 

3 

7 

7-73 

7.  74 

86og 

e     Sagittce  

j 

S.O 

J       f°"  o 

70  £7.  oo 

?   j 

6q.  6 

2 

"  *JJ 

2    71  S 

4-    16      Q      41 

j  **.  \j 

67.  8 

.} 
2 

/        /  T" 

7.  7^ 

wwvy 

8610 

Lalande  37207     .    .    . 

j 

6.0 

3     j  i     y 
31     1.89 

.7 

77-4 

3 

*•  /  »3 

3-300 

i               y     1Ti  * 

-  10  28    6.8 

77.6 

2 

/    /  j 

7.76 

8611 

Weisse  (2)  XIX,  956  . 

9.0 

"9  31     3-32 

69.6 

2 

+  2.715 

+  16     9  '9-9 

67.8 

2 

+  7-76 

8612 

8617 

O.  Arg.  S.  19830     .    . 
53  Sagittarii           .... 

8.5 

6.  2 

31    19.32 
•31    24..  7q 

60.6 
62.2 

2 
7 

3-723 

36lA 

-  27  51     3.8 

—    21   4.4    12    1 

58.7 
60.  5 

2 

6 

7-78 

7   70 

'"  *  J 

8614 

Lalande  37221      .    .    . 

7.5 

J         T"    Jy 
3'    35-48 

60.6 

/ 
2 

i  Wlflf 

3-579 

*"j    T-T-    O*"  J 

—   22   22   43.  I 

59-7 

6 

t    ty 

7.80 

8615 

O.  Arg.  S.  19837  .    .    . 

7-8 

31    40.41 

68.7 

2 

3-650 

-  25     8  20.  7 

72.0 

3 

7.8i 

8616 

B.  A.  €.6727    .... 

5-9 

19    31    41.91 

60.  o 

8 

+  3-6i3 

-  23  44  43.  8 

61.0 

7 

+  7-81 

8617 

O.  Arg.  S.  19839  .    .    . 

8.8 

31    52.  12 

64.7 

2 

3-716 

-  27  36  53.  i 

58.6 

2 

7-83 

8618 

Taylor  9030      .... 

7-5 

31  S4-92 

60.6 

2 

3-541 

—  20  51  52.7 

56.6 

3 

7.83 

8619 

Lalande  37236     .    .    . 

8.0 

3'  57-37 

73-  i 

4 

3.611 

-  23  38  51.4 

67.7 

2 

7-83 

8620 

Lalande  373*0     .    .    . 

6.2 

32     1-23 

68.7 

2 

2.  108 

+  38     4   18.3 

48.6 

3 

7-84 

8621 

B.  A.  €.6728    .    .    .    . 

5-5 

19  32    5.24 

59.6 

3 

+  1.908 

+  43  23  39.  8 

53-6 

4 

+  7-84 

8622 

O.  Arg.  S.  19845  .    .    . 

7-5 

32    8-  14 

60.6 

2 

3-727 

—  28    o  49.  6 

64-3 

3 

7.85 

8623 

8624 

B.  A.  €.6730    .    .    .    . 
ff     Aquiloe  .    .    . 

6.5 

C      C 

32  io..6g 

72    l6    QQ 

66.2 

57    r 

2 

i.  610 

2.  962 

+  49  55  34-  7 

4-       5       4.    ^4.    O 

66.7 
58.8 

2 

8 

7.85 
7.86 

8625 
8626 

Lacaille  8185    .... 
a     Draconis        .    . 

J"  J 

6.8 
So 

J*    *V1  yy 

32  30.  10 

IQ    72    l8    47 

JJ-  j 
63.I 

68  v 

4 

2 

+   4.006 
Q_  2O7 

~           J          *T     JT"  v 

-  37  12  29.9 
_|_  69  25  1  1  .  6 

71.2 
66.0 

4 

7.88 

4-     7  8q 

8627 

Lamont  358  .... 

.  <J 

7    J^    O    '  T/ 
72    70    17 

w»j.  i 
76  7 

2 

-r-      "2.      6lQ 

—  2^  *;8    o.  2 

67   7 

2 

1          /  •  "*7 
7.8p 

8628 

6     Cyeni     , 

5-5 

j.    oy*    j 
72   4!  .  08 

1*1 

66.2 

2 

I      j-  "*y 
1  .  6l  2 

**j    5U      y 

-4-    4.Q    <?    <<;    8 

/  •    / 
62.6 

/  *  w:7 

7  8q 

8629 

el    Sagittarii   

'   J 

6.0 

72   4.2   O7 

71    O 

•?  4?g 

i     *Vy  jj  jj'  " 

—  16  16  IQ  o 

7O   2 

6 

/  *    y 
7.  8q 

8630 

O.  Arg.  S.  19857  .    .    . 

8-5 

j*   •r*1  WJ 

32    44.  20 

/  *  • 

74-  i 

3 

O'  T-J"-1 

3-438 

•j    ju    jy>  ^y 

-  16  36    5-5 

/    • 

75-7 

4 

/  *  V7 

7.90 

8631 

Lacaille  8186   .... 

6.5 

19  32  55-  ii 

63.1 

5 

+  3-996 

-  36  57  "•  6 

7i-5 

5 

+     7-91 

8632 
8633 

O.  Arg.  S.  19861  .    .    . 
Lamont  169  

7-5 

7    2 

33    5-65 

•3-J         C     06 

61.  o 
68.  7 

3 

2 

3-649 
7    7C8 

-  25     9  31.  i 

—    20    IO   26   4 

67.2 

^1   7 

2 
7 

7.92 

7.  Q7 

8634 

O.  Arg.  S.  19863  .    .    . 

*  *  * 

9.0 

oj     j'  yu 
33    6.78 

69-3 

2 

J-  /  J" 

3.690 

*.y      i  V     i,f  .  if 

-  26  42  21.  3 

JJP  / 

56.4 

j 

3 

/     ;*  J 

7-93 

8635 

Rumker  7748   .... 

8.  i 

33  "-35 

77-7 

2 

2.096 

+  38  28 

7-93 

8636 
8637 

Lalande  37290      .    .    . 
45  Aquilae  .... 

8.2 

A     C 

19  33  lfi.  !3 

7  "I      -3O     ^O 

65.6 

4<    6 

5 

+  3.618 

^    OQ2 

-  23  57  23.  7 

—      O    ^6    H    2 

67-7 

7O    S 

2 

7 

+     7-94 
7.  q6 

8638 
8639 

Lacaille  8191   .... 
Anonymous  . 

T"    J 

7.0 

Q   O 

JJ     J**1  Jw 

33  33-87 

•77    -3-3    on 

*1O-  w 

63.0 
64   ^ 

3 
i 

j.  *_-y^ 
4.023 
"}     6-37 

**    Jv/    JO*  * 

-  37  45  47.  4 

—    24.   4.2    $1   4. 

/'-'•  j 

63.8 

60   7 

o 
2 
2 

/    ? 
7-96 
7.  06 

8640 

M.Z.Si,3    

!f'  ** 

8-s 

jj  jj-  y^ 
33  37-40 

u*r-  j 

66.  i 

2 

J'   ^Jt 

3-856 

_.j    t|.i.    j  j«  *f- 

-  32  33  44-  5 

"y-  / 
69.  I 

2 

/  '  yv 

7-97 

U.  S.  'NA.Vti'L  OBSERVATORY,  1845  TO  1877. 


I    .>•   "rb. 

2  IQ 

>    o  4'-  %-  ^ 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

u 

rt 
g 

S 

• 

"o 

c 
6 

Annual 
Precession,  . 
1860. 

Mean 
Declination, 
1  860.0. 

X 

rt 
0 

J3 
o 

"3 
o 

-     §X^ 
3    'tg     O 

!  5«5 

*r^    m 

£ 

^ 

8641 

9.  5 

h.  m.      s. 
19  33  43'  66 

69.6 

2 

s. 
-j-    2.  096 

0           /           // 

4-  38  31 

4-     7.98 

8642 
8643 

Lacaille  8193    .... 
Anonymous  

7.0 
8.6 

33  45-oS 
33  45-  93 

63.1 

65.7 

4 

2 

3-973 
3.618 

-  36  18  22.  3 
—  23  s8  34.  o 

68.2 
67.7 

2 
2 

7.98 
7.98 

••"•"Tj 

8644 

O.  Arg.  S.  19873     .    . 

8.8 

33  47-  95 

66.6 

3 

O 

3-691 

j  jv  j^' 
-  26  46    4.  3 

1*1 

56.5 

3 

7.98 

8645 
8646 

a     Sagittal      

4.0* 

33  50.30 
19  33  5°.  80 

58.1 
59-  6 

2 
2 

2.681 
4-  2.  369 

4-   17  41  40.6 
4-  29  49  57.  7 

67.3 
t-i.  c 

5 
4 

7.98 

8647 

B.  A.  0.6738   .    .    .    . 

6-5 

33  52.6i 

61.8 

12 

-  25   10  56.  6 

JJ     J 

58-0 

3 

7-99 

8648 

O.  Arg.  S.  19880  .    .    . 

7-5 

34     9-  1  1 

67.2 

5 

3.636 

-  24  42     9.  3 

65.1 

2 

8.01 

8649 

DM.  4-36°,  3651     .    . 

7-7 

34  11-52 

76.7 

4 

2.  158 

+  36  43  28.  3 

73-6 

2 

8.01 

8650 

Lacaille  8196   ,    ,    .    . 

6.  i 

34  15-87 

63.0 

3 

4.025 

-  37  5'  53-o 

76.7 

4 

8.02 

8651 

M.Z.36,54      .    .    .    . 

7-  i 

19  34  17-65 

64.  2 

2 

+    3.898 

-  33  58  19.8 

69.7 

3 

+      8.02 

.8652 

86C3 

Weisse  XIX,  875    .    . 

e*     Siviltnrii 

5-  ° 

34  18.  61 

68.7 
6l.4 

2 

16 

2.820 

3    A  T.A 

+   "  36    9-3 
—  1  6  26  54.  3 

61.7 
67  <; 

3 

8.02 

8.04 

u"jj 
8654 

DM.  4-  36°,  3655     .    . 

7-6 

34  32.  47 

"*  «  t 

72.7 

8 

'  t,5*T 

2-  157 

+  36  45   12.  3 

/  '  J 

56.4 

3 

8.04 

8655 
8656 

Weisse  XIX,  886    .    . 

Ii    Safittce 

8.6 
5.0* 

34  42.00 

68.7 

CO.  6 

2 
2 

2.820 

_[_    2    604. 

+  ii  37  32.  6 

+17      Q    I  S    2 

63.6 
53-8 

2 

8.05 
4-     8.06 

8657 

86<;8 

Lacaille  8197   .... 
14  Cygni     

J 

6-4 
5.5* 

34  45-65 
34  53-  " 

jy 

63.7 
65.6 

2 

3 

1       *••  "yr 

4.  172 

*  /       y    *  j  •  ^ 

—  41  56  16.  5 

-4-    42    2Q   4^.0 

72.0 
53.8 

3 

4 

j—         u.  v 

8.06 
8;  07 

._<  V  JVJ 

8659 

O.  Arg.  S.  19901  .    .    . 

7.0 

35  42.21 

"  j'  •• 

60.6 

3 

+  3.721 

|             if.*.        ~-y       t  J  •     y 

-  27  58  14.9 

58-7 

2 

8.13 

8660 

B.  A.  C.  6752   .... 

6.0* 

35  47-  76 

77.4 

5 

-  o.  536 

+  71  17  37.2 

73-5 

2 

8.  14 

8661 
8662 

O.  Arg.  S.  19902  .    .    . 

8.5 

9.  2 

'9  35  50.49 
3<;  u  62 

68.6 
64.  i 

2 

2 

+  3.689 

2.  900 

—  26  47  ii.  i 

4-     8      I    58  q 

55.8 
68.  7 

2 

+     8.14 
8.  15 

8663 
8664 

Z  2338  (1st*)  .... 
X    Aquilae                   . 

8.9 

6.0* 

OJ     J^ 

35  58.  10 

"?^    ^8    77 

63-9 
58.9 

6 

4 

2.899 

2.824 

1                                    J           ? 

+     8    3    3.9 
4-   ii  20  e8  6 

/ 

68.2 

59-  2 

2 

6 

J 

8.16 
8.  16 

wwqp 

8665 

Schjellerup  7555  .    .    . 

9-  i 

jj    j    •  /  / 

35  59-21 

J       y 

67.2 

2 

•*"  'J*-it 

2.947 

i            y  jw* 
+     5  5i  32-8 

67.8 

2 

8.16 

8666 
8667 

Anonymous 

7-9 
7.8 

'9  35  59-89 

63-9 

66.  2 

7 

2 

+  2.899 

4    237 

+     8     3  11.5 
—  47  ?8  10  6 

68.2 
68.2 

2 
2 

4-    8.  16 
8.  16 

8668 

B.  VI  I9h,  79   .... 

/      ** 

7-5 

36  10.  19 

64.4 

5 

t*  -^jl 

3-595 

*T  J       J"       «*»    ** 

-  23  ii     9.  6 

65.1 

2 

8.17 

8669 

O.  Arg.  S.  19907  .    .    . 

8.8 

36  15-75 

65.2 

2 

3-698 

-  27     8  ii.  2 

62.0 

3 

8.18 

8670 

O.  Arg.  S.  19909  .    .    . 

7-5 

36  16.73 

64.9 

4 

3-605 

-  23  35  37-  7 

65.  o 

3 

8.  18 

8671 

O.  Arg.  S.  19915  .    .    . 

8-9 

19  36  30.48 

68.7 

2 

+  3-692 

-  26  56  31.5 

63.7 

2 

4-     8.20 

8672 

B.  A.  €.6753    .    .    .    . 

7-0 

36  3'-95 

61.4 

3 

3.812 

-  3i   H    4-7 

70.  6 

3 

8.20 

8673 

O.  Arg.  S.  19916  .    .    . 

8.0 

36  36-  18 

60.6 

2 

3-7I3 

-  27  43  45-o 

58.6 

2 

8.21 

8674 

Tr.  Z.  60,  18     .    .    .    . 

9.0 

37     1-25 

69.4 

4 

4.086 

-  39  45  39-  ' 

63.6 

2 

8.24 

8675 

B.A.  C.  6755    .    .    .    . 

5-6 

37     4-  90 

62.6 

7 

3-841 

-  32  14  32.0 

63-4 

4 

8.24 

8676 

O.  Arg.  S.  19924  .    .    . 

9.0 

'9  37  11-74 

64.7 

2 

+  3-694 

-  27     2  33.9 

69-4 

3 

4-     8.25 

8677 

Lamont  4565    .... 

9-2 

37  19-85 

65.6 

2 

2.947 

+    5  50  34-  7 

67.8 

2 

8.26 

8678 

Weisse  XIX,  958     .    . 

7-8 

37  35-54 

69.5 

2 

2-973 

+    4  '38  48-  5 

67.7 

2 

8.28 

8679 

Lacaille  8209   .... 

6.8 

37  35-75 

63.6 

3 

4-235 

-  43  4°  5°-° 

65.1 

3 

8.29 

8680 

Lacaille  8214   .    .    .    . 

7-3 

37  39-20 

63.1 

6 

3.841 

—  32  16  16.  8 

63.6 

2 

8.29 

22O 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

rt 

V 

>, 

c 
rt 
0 

S 

i 

o 

'o 

6 
£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

i 

>^ 

C 
rt 
D 

s 

1 
w* 
o 

6 
2 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

o       /        // 

// 

8681 
8682 

O.  Arg.  S.  19933  •    •    • 

6.8 
6.8 

19  37  41.  17 
38    1  1.  4.Q 

71.7 
62.  o 

3 

22 

+  3-7°9 
7    r  17 

-  27  36  11.4 

2O       C     78    7 

67.1 

4 

+     8.29 
8    -*? 

8683 
8684 

Lalamie  37507      .    .    . 
Lamont  174          .    . 

7.8 

Q.  2 

ow    •  *  •  ty 
38    12.51 
78    15.  22 

61.2 
66.6 

2 
2 

J    j*  / 
3.560 
3   7Co 

^u       J    O°-  / 
-    21    51    33.4 
2Q    IO 

59-6 

9 

7 

°-  33 
8-33 

8-j  A 

8685 
8686 

O.  Arg.  S.  19941  .    .    . 

Anonymous           , 

7" 

7-5 

Q    2 

J         J 
38    25.  30 

IQ    "}8    3^.  01 

76.9 

60    7 

5 

2 

o*  /  3*-* 

3.687 

+    •?    7  -37 

-  26  49  39.  6 

28    42        C    7 

55.8 

2 

•  34 
8-35 

i        e    ,A 

8687 

Lacaille  8216   .    .    .    . 

y 

8.0 

y    O       JJ    yj 

38  37-73 

WI7-    / 

68.7 

2 

J'  /  »>/ 

4.  182 

^°  4^    y  / 
-  42  25    5.7 

69-  3 

72.0 

3 
3 

~r     °-  3° 

8.37 

8688 

DM.  +  38°,  3731     .    . 

8.8 

38  44.  01 

76.6 

2 

2.  121 

+    38      2   45.  0 

77-6 

2 

8.38 

8689 

O.  Arg.  S.  19944  .    .    . 

8.4 

38  46.51 

68.7 

2 

3-695 

-  27     9  52.3 

58.7 

2 

8.38 

8690 

Lalande  37597     .    .    . 

6.5 

38  49-  63 

76.6 

4 

2.123 

+  37  59  20.  2 

47-9 

3 

8.38 

8691 
8602 

B.  A.  0.6769    .... 
Lamont  176  

6.0* 
7-  ° 

19  39    4-74 
39     5-  82 

59-6 
64  o 

2 
IO 

-f    2.OOO 

7    7AO 

+  41  26  20.  7 

28    /IO    CO    7 

53-6 
66.  7 

4 

+  8.4o 

8.  40 

_    y 
8693 

B.  A.  €.6768    .... 

7.0 

jy        j'  •* 

39     7-  '7 

***»•  w 

61.4 

5 

J-   /M-*-1 

3-759 

-to    fV    jw-  / 

-  29  30     i.  8 

59.0 

8 

8.41 

8694 
8691; 

O.  Arg.  S.  19956  .    .    . 
I  5  Cvpni 

7-5 
5.  c. 

39  ii.  60 

"?Q    13.  72 

68.7 

68.8 

2 
2 

3-566 

2    1^7 

—   22    IO      2.  3 
+77       I       CO 

56.2 

A  7     ? 

2 

8.41 
8.  41 

8696 

Anonymous  

j  j 

O"        if     1 

IQ    "?Q    l6. 

•*"  Lji 
+     1    717 

J/               J-  *-* 

28  47  18.  6 

47*  a 
ftn    *7 

1                   Q        A*, 

8697 

Lamont  4602    .... 

8.8 

y    Jy 

39  '9-68 

67.6 

3 

jf  i  j/ 

2.974 

+     4  37  5°-  9 

oy,  / 

61.7 

3 

2 

-\-     o.  4^ 

8.42 

8698 
8600 

0.  Arg.  S.  19957      .    . 
y     AnuiltC 

9.0 

7    O* 

39  34-  91 

-JQ     ^6      l8 

62.3 

CA    2 

3 
287 

3.670 

2.  852 

-  26  14  17.  6 

1      |Q    j^    20    2 

58.i 

en   c 

4 

8.44 
S  /i/i 

uuyy 
8700 

O.  Arg.  S.  19960     .    . 

J-  w 

8-4 

J7     O*-''    *  u 

39  44-47 

34'  • 

71-3 

***( 

3 

3.690 

-  27     o     1.4 

5°-  5 
64.  2 

2 

'"•  -H 
8.45 

8701 

M.  Z.  119,  69    .    .    .    . 

8.0 

19  39  49-46 

68.6 

2 

+  3-  7oi 

-  27  26   7.3 

63-2 

2 

+     8.46 

8702 

O.  Arg.  S.  19967  .    .    . 

7-5 

39  56-  °3 

77.6 

5 

3-750 

-  29  14  34-3 

74-8 

2 

8.47 

8703 

87O4 

Lacaille  8231    .... 
Anonymous               . 

6.9 

8.  2 

40    12.  56 
4O  "2  \    24. 

62.6 
62  5 

2 

C 

4.022 

3776 

-  38     7  17-2 
28  4C   1  6.  o 

68.4 
58.  6 

3 

8.49 
8  o 

**/    *•"? 

8705 
8706 

O.  Arg.  S.  19977     .    . 

5-9 
I.  5 

t*-'     *-J"   *"f 
40     27.    14 

19  40  35  .  94 

***•  j 

63.1 

61.7 

J 

5 

2 

•  /  j" 
3-747 

-4-  i  871 

-  29    7  46.9 

-4-    A.&.   A7    26    7 

72.  i 

C7    o 

4 

5 

°-  D  l 
8.5I 

4-     8  C2 

8707 

B.  A.  0.6777     .    .    .    . 

j  j 
6.0* 

40  38.07 

/ 

60.7 

2 

—  |—      ••**/• 

2.235 

I      'T*T     r/     *v«  / 

+  34  40  23.  9 

J  /  •  ^ 
56.4 

6 

-[-        u.  3* 

8-53 

8708 

B.  A.  0.6778    .    .    .    . 

6.9 

40  58.  55 

63-7 

3 

4.  169 

-  42  12  25.9 

66.7 

2 

8-55 

8709 

Weisse  (2)  XIX,  1330 

8.0 

4i  13-33 

59-7 

2 

2-235 

4-  34  42     i.o 

68.  i 

3 

8-55 

8710 

O.  Arg.  S.  19985  .    .    . 

8-3 

41    22.  38 

64.6 

2 

3.680 

-    26  42  29.  6 

67.8 

2 

8.58 

8711 

Lamont  3012    .... 

7-3 

19  41    25.65 

67.2 

2 

+  3-292 

-  10  19  41.  9 

70.  o 

4 

+     8.59 

8712 

O.  Arg.  S.  19987  .    .    . 

8.2 

41  31.  66 

65.7 

2 

3.612 

-  24    3  53.  5 

67.7 

2 

8.60 

8713 

Lacaille  8237    .... 

6.9 

41  44.49 

63.6 

2 

4-  176 

-  42  26  34.8 

68.2 

2 

8.  61 

87H 

O.  Arg.  N.  19614    .    . 

9.0 

4i  45-95 

64.  i 

2 

I.  127 

+  58  10  18.4 

65-7 

2 

8.62 

87IS 

B.  A.  €.6786    .    .    .    . 

7.0 

41  46.  68 

62.6 

7 

3.689 

-  27     3  5o.  3 

62.3 

II 

8.62 

8716 

Weisse  XIX,  1060  .    . 

6.9 

19  4i  51-37 

68.6 

2 

+   2.852 

-|-   10  20  56.  6 

56.6 

3 

+     8.62 

S?!? 

DM.  +  58°,  1972     .    . 

9.2 

41  52-42 

65.2 

2 

i.  108 

+  58  25     5.3 

69.1 

2 

8.62 

8718 

Lacaille  8238   .... 

7-5 

4'  52.93 

63-5 

2 

3-99° 

-  37  14  44.  5 

62.6 

2 

8.62 

8719 
8720 

O.  Arg.  S.  19990  .    .    . 
Anonymous  

8.4 
8.7 

41   52.94 
41   56.  04 

68.7 

68  7 

2 
-I 

3-704 
•?    e-jA 

-  27  38    2.8 

—    22    Id    IQ    I 

63-7 
62.6 

2 
2 

8.62 
8.63 

/ 

"*•  / 

w.   i 

j 

o-  ->/^ 

™    jt    *y-  * 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


221 


—  ! 

Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

\ 

>* 

3 

•s 

£ 

o 

IM 

O 

O 

Z 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

Mean  year. 

1 

"o 

i 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0        /             // 

// 

8721 

O.  Arg.  S.  19998  .    .    . 

8.6 

19  42     8.  40 

68.7 

2 

+  3-674 

-  26  31     6.  3 

65.6 

3 

+     8.64 

8722 

O.Arg.  S.  19997  .    .    . 

8.0 

42     8.  76 

68.7 

2 

3-7°5 

-  27  41  57.9 

58.6 

2 

8.64 

8723 

O.  Arg.  S.  20002  .    .    . 

9.0 

42  21.49 

74-3 

3 

3.685 

-  26  59  17.3 

63.7 

2 

8.66 

8724 

Lacaille  8242   .... 

6.  i 

42  27.69 

62.7 

2 

4.003 

-  37  4i     6.8 

62.7 

4 

8.67 

8725 

Lalande  37701      .    .    . 

6.5 

42  29.35 

76.7 

2 

3.292 

-    IO  21    21.  5 

73-7 

3 

8.67 

8726 

Lalande  37753     .    .    . 

5-5 

19  42  29.57 

68.7 

3 

+    2.  128 

+  38    3  46.  5 

48.3 

3 

+    8.67 

8727 

IS.  A.  €.6792    .    .    .    , 

6.8 

42  32.  '3 

62.5 

6 

3.708 

-  27  49  21.  i 

61.2 

4 

8.68 

8728 
8720 

Weisse  XIX,  1068  .    . 
M.  Z  62,  3    

7.0 
8.0 

42  34-25 

4.2    34.   86 

65-5 
6?.  4 

3 
i 

3-379 

4O4O 

-  '4  16  23.5 

-28    AZ     \A_    8 

72.2 
70  ? 

4 

8.68 

8f*Q 

u  j  *.y 
8730 

5.0* 

*r      j^'  "v 

4.2  45    78 

"J"   *T 

^6.  o 

3 

•  '-"I-1-' 
2.  662 

JU     ^3       1^..   O 

+l8    47     76    O 

/U.  4 

53    6 

.  Uo 
8f\c\ 

/  j 

873' 

DM.  +  34°,  37  19    .   . 

J 

8.2 

^        TO-   1  u 

19  42  49.  84 

JV. 

77-7 

J 

3 

+    2.232 

1U      T-/        J'*''   W 

+  34  54 

ij.  ° 

,  09 

+  8.70 

8732 

877-! 

15.  A.  C.  6795    .... 
Anonymous  .    .    . 

6.8 

0.  O 

43     3-  89 

A~l    22    2Q 

62.7 
68.7 

6 
i 

3-697 

3    571 

—  27  26    2.8 

22     2O    A  7     2 

70.7 

62    2 

5 

2 

8.72 

K   >?•? 

/  j-j 
8734 

Lalande  37785     .    .    . 

V 

7-o 

T-J    *"*•  "if 

43  30-45 

•i_j.   i 

77-4 

8 

j-  j  i  * 
2.231 

^^   ^y  4j.  ^ 

+  34  57  39-  5 

58.3 

3 

o.  72 

8-75 

8735 
8716 

Lacaille  8249   .... 

6-3 

1.2* 

43  49-  2S 
IQ  41  c6  88 

63.0 

54    2 

3 

14O 

3.833 
4-   2  802 

-  32  19  5i-4 

+8   ?n      T    T 

63.7 

1  1     1 

2 

8.78 

+       O    Tn 

W  J" 

8737 

57  Sagittarii  

5.O 

*y  T-J  DW*  u<-' 

44       1    62 

j*t-  • 
4-6.  7 

j*r-f 

2 

-|-     *,.  uy^ 

•j    4.Q  c 

°  ou     *  •  7 

IQ     27    AQ    Ci 

5'-4 

T  I     /I 

90 

».  79 
8  80 

**/  o/ 

8738 

O.  Arg.  S.  20022  .    .    . 

J 

8.0 

*T*r       J*  *** 

44    8.43 

f'  t 
71-3 

3 

o*  T-yj 

3.689 

•y  -^o  T-y-  y 
-  27  ii  34.  8 

71.4 
66.7 

4 

8.80 

8739 

O.  Arg.  S.  20024  .    .    . 

9.0 

44  12.  82 

76.6 

2 

3.691 

—  27  14  41.  6 

69.8 

2 

8.81 

8740 

I.amdht  401      .... 

9-5 

44  20.  66 

6l.7 

2 

3-571 

-  22  34    8.  7 

56.5 

5 

8.82 

8741 

O.  Arg.  S.  20030  ,   .    , 

7.8 

19  44  28.25 

64.2 

4 

+  3-594 

-  23  30  40.  7 

65.8 

2 

+     8.83 

8742 

B.  A.  C.  6808    .    .    .    . 

6.5 

44  29.54 

77-6 

3 

-  o.  054 

+  68  59  41.3 

72.4 

4 

8.83 

8743 

O.  Arg.  S.  20039  •    •    • 

7-5 

44  49-  1  1 

68.6 

2 

+  3-691 

-  27  18    o.  i 

63.6 

2 

8.86 

8744 

Lacaille  8253   .    . 

7-5 

44  57-29 

63-1 

3 

3-954 

-   36   20   39.  I 

67.0 

3 

8.87 

8745 

8746 

O.  Arg.  S.  20046  .    .    . 

9.0 

4.  5 

45  23.22 

IQ   45    35    57 

64.7 
65.7 

2 

3-705 

-\-   4    I  SO 

-  27  So  57-7 

42       J  7       £  *       r) 

58.6 

,,,.     - 

2 

8.90 

+       C   no 

/  T1 

8747 
8748 

O.  Arg.  S.  20049  •    •    • 
I  Q  Cvtrni 

t-  j 
7.0 
6.0* 

7     TO     JJ'  J  I 

45  35-66 

AC      •jff     AQ 

j'  / 
68.6 

47    4 

2 
2 

i     *r  *jy 

3-684 

2.  I  24 

4^   'j  57-  z 

-  27     3  18.8 

+    38  "y  i    r  T    ? 

uo.  7 

65.  o 

£rt    *r 

3 

o.  y^ 
8.92 

8.  Q2 

**t  t" 

8749 

B.  A.  C.  6817    .    .    .    . 

5.0* 

*rj    *>'-'•  *ty 

45  48-98 

T-/  •  T- 

5-9-5 

2 

2.-  05  9 

3°  **   51-  2 

+  40   14  43.0 

oo.  7 
53-5 

2 

3 

8.93 

8750 

Weisse  XIX,  1150  .    . 

7.6 

45  49-85 

65.6 

3 

3.382 

-  14  31   59.0 

7i-7 

3 

8-94 

8751 

O.  Arg.  S.  2005  1  ... 

8-3 

19  45  50.  68 

64.6 

2 

+  3.680 

—  26  56     9.4 

65.0 

3 

+    8.94 

8752 

O.  Arg.  S.  20053  •    •    • 

9.1 

45  54-34 

68.7 

2 

3.701 

-  27  42  52.  I 

58.7 

2 

8-94 

87S3 

B.  A.  C.  6814    .... 

6.4 

45  54-40 

63-5 

7 

3.  612 

-    24   17    11.3 

70.2 

4 

8-94 

87S4 

O.  Arg.  S.  20055  •    •    • 

8-5 

4°     5-58 

65-3 

2 

3.456 

-   '7  46  23.4 

61.7 

3 

8.95 

87S5 

B.A.  C.  6816    .... 

5-9 

46    6.  34 

62.2 

5 

3.861 

-  33  24  28.  5 

63-8 

2 

8.96 

8756 

Weisse  XIX,  1  1  60  .    . 

8-5 

19  46  10.  24 

67.  2 

2 

+  3-375 

-  H  12  42.3 

67.7 

2 

+    8.96 

87S7 

87^8 

O.  Arg.  S.  20058  .    .    . 
56  Anuilae      ,    ,            . 

8-3 
6.0 

46  31-59 

46    32    l8 

68.8 
63.6 

2 

3-693 

•3     260 

-  27  28  16.  i 
8  56    4.  i 

69.4 

Ac   7 

3 

2 

8-99 

e   nn 

/  J 

8759 

O.  Arg.  S.  20063  •    •    • 

8.2 

*§."    $*,,  ju 
46  46.  21 

66.6 

2 

3.611 

-  24  16  13.  i 

°5-  7 
70.  2 

4 

o.  yy 
9.01 

8760 

Lacaille  8263   .... 

5-7 

46  48.  49 

63.6 

3 

4.029 

-  38  4«  25.7 

66.8 

2 

g.OI 

222 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

hd 

rt 

1. 

C 

a 

0 

s 

1 

*M 

C 

1 

Annual 
Precession, 
:86o. 

Mean 
Declination, 
1  860.0. 

3 
^ 

§ 

d> 

S 

£ 

o 
'o 
6 

Annual 
Precession, 
1860. 

h.    m.      s. 

s. 

0         /             // 

// 

8761 

57  Aquike  (I9t*)  .... 

6.0 

19  47     2.  80 

65.2 

2 

+  3-  252 

-    8  35  19.  o 

69.  2 

4 

+     9-  °3 

8762 

57  Aquilse  (2d*)  .... 

6.2 

47     3-  16 

65.2 

2 

3-252 

-    8  35  54.4 

69.  2 

4 

9-03 

8763 

Weisse  XIX,  1187  .    . 

7-6 

47  13-85 

65.6 

3 

3-373 

-  14    8  45.8 

67-7 

2 

9.04 

8764 

S76c 

Lalande  37873     .    .    . 
<*>     Sa^ittarii 

7.0 
e   A 

47  i4-6i 

4,7     1C     C  7 

66.2 
62.2 

5 

C 

3-498 
3.  671 

-  19  39  23.  i 
—  26  40    o.  8 

58.6 

68.9 

7 

4 

9.05 

9OC 

°/uj 
8766 

c     Aquil?e                   .    . 

J'  T 

e  o* 

fT/           J      JJ 

10   4.7    27.  84. 

67.  o 

J 
-3 

o     / 

+    2   QO2 

4-     8    6    7  s 

vu.  y 

67.7 

e 

j 

-(-       Q.  06 

8767 

Anonymous 

j" 
o  8 

*y  *T/    *-/  •  ^"T 
47   76  OQ 

u^    ,      XJ 

60.6 

J 

2 

"•  If**" 

•2      C62 

i                 /  •  j 

—    22    2O       7    <\ 

II 

ct  8 

^> 

2 

i        y 
Q   O7 

°/  w/ 
8768 

Tr.  Z.  70,  15      .... 

y.   ^ 
8-3 

HI     jw-  "-"y 

47  44-  22 

**y" 

69-3 

2 

J-  J"-" 

3.681 

^^      J-  J 

-  27     4   15.6 

jj-  ** 

63.  2 

2 

y.  vt 

9.08 

8769 

Tr.  Z.  60,  24      .... 

9-3 

47  53-77 

69.6 

3 

4.063 

-  39  45     2.  3 

63-7 

3 

9.  10 

8770 

O.  Arg.  S.  20078  .    .   . 

8.2 

47  58.18 

68.7 

2 

3-705 

-  27  59  18.9 

64.  I 

2 

9.  10 

8771 

B.A.  C.  6829    .    .    .    . 

6.0 

19  48    o.  08 

61.4 

5 

+  3.  786 

—  30  56  13.  6 

58.0 

9 

+     9-  1° 

877? 

Weisse  XIX,  1205  .    . 

8.8 

48    0.38 

68.7 

2 

3-263 

-     9     6  45.8 

73-6 

i 

9.  10 

8773 

Weisse  XIX,  1208  .    . 

8.2 

48    3.80 

68.7 

2 

3-263 

-     9     6  58.  8 

7i-5 

4 

9.11 

8774 

B.  A.  C.  6834    .... 

6.8 

48  12.58 

76.7 

2 

0-937 

+  60  50  59.  2 

74-8 

2 

9.  12 

8775 

Anonymous  f  .    .    .    . 

7-5 

48  18.00 

71.0 

3 

4.006 

-  38     6  55.7 

77-7 

2 

.9.13 

8776 

B.A.  0.6831    .    .    .    . 

6.0 

i  '9  48  18.  90 

61.8 

4 

H-  3-  588 

—  23  25  55.  2 

58.8 

6 

+       9-13 

8777 
8778 

Lacaille  8271    .... 
b     Sagittarii   

6.0 
s  o* 

48  20.  02 

48   21  .  OI 

62.7 

60.  o 

2 

4.016 

7    60  7 

-  38  25  28.  3 

27     "32     14    C 

68.0 

7-3       T 

3 
6 

9-  13 

91  1 

u/  /  u 

8779 
8780 

Lament  411      .... 

j. 
8.5 

C     0* 

48   22.  46 
4.8   26    11 

73-8 

£.1     A 

5 

j-  uyj 

3-568 

*/      J'*      1T"   J 

—  22  44     9.  8 

/  J-    l 
72.7 

An   8 

2 
IOO 

•  *J 

9.13 

91  /I 

8781 

Anonymous  ..... 

J'  U 

7  s 

1  9  48  70.  60 

oJ-4 

7C    O 

292 

2.  946 
+    A    Of)  7 

-{-63    40.  2 
-    78        I     C2    O 

49.  o 

7  C    C 

.  14 

+       O     1C 

8782 

8785 

O.  Arg.  S.  20086  .    .    . 
e     Draconis   

/•  j 
8.8 

4C 

48  37-  74 

48    77    OO 

/,)•  u 
64.  I 
77   6 

2 

4.  UUj 

+  3-638 

Q         [gj 

o°       *    J*'  u 

-  25  27  25.  1 

+     f)(\    CA    AO   o 

/.)•  J 
69.7 
7?    7 

3 

y-  *5 

9.15 

9T  r 

"/  wo 

8784 

O.  Arg.  S.  20090  .    .    . 

•  J 

7.8 

v3  j  i  •  yy 
48  43.  20 

//.  u 

66.6 

2 

+    3.667 

uy  JT-  v*  w 

-  26  35  19.4 

/*•  / 
63.6 

2 

'   a  J 

9.  16 

8785 

O.  Arg.  S.  20096  .    .    . 

8.0 

48  48.  27 

68.6 

2 

3-435 

-  16  58  59-3 

63-7 

3 

9.17 

8786 
8787 

O.  Arg.  S.  20095  •    •    • 
Anonymous 

8-3 

9C 

19  48  49.  70 

A8  40  8c 

66.7 
68.  8 

2 

+  3-637 

-  25  25  32.0 

77    C  7    rn   n 

71.2 

68.  7 

2 

J 

+     9-17 

91  7 

w/  w/ 

8788 

O.  Arg.  S.  20100  .    .    . 

•  J 

9.2 

T-°  T-y.  °j 
48  58.04 

68.7 

2 

3-  7O1 
3-701 

^7   53   *9-  9 
-  27  53  12.6 

66.0 

3 

•  '/ 

9.  18 

8789 

Lacaille  8278  .... 

6.5 

48  58.88 

63.6 

3 

3-970 

-  37    3  22.5 

72.5 

4 

9.  18 

8790 

O.  Arg.  S.  20101  .    .    . 

8.0 

48  59-  SS 

66.2 

2 

3.640 

-  25  32  46-  9 

68.7 

3 

9.  18 

8791 

Weisse  XIX,  1236  .    . 

9.0 

19  49  25.09 

65.8 

2 

+  3-039 

+     i  36     i.i 

67.7 

2 

+       9-22 

8792 

Lamont  1046    .... 

9.0 

49  27.  06 

62.6 

2 

3-445 

-  17  27  17.6 

56.6 

3 

9.22 

8793 

Lalande  38039     .    .    . 

6-5 

49  41.44 

68.8 

2 

2.  190 

+  36  37  44-  o 

61.6 

2 

9.24 

8794 

Lalande  38037      .    .    . 

7.2 

49  44.03 

68.6 

2 

2-255 

+  34  3'  59-  ' 

65-7 

3 

9.24 

8795 

2  2382  (ist*)  .... 

8-3 

49  45-  28 

65.8 

4 

3.040 

+     i  33    3-9 

67.7 

4 

9.24 

8796 
8707 

22382(2d*)    .    .    .    . 

9.0 

e    r* 

19  49  45.41 
CQ    o.  41 

69.7 

C7    7 

2 

+    3-040 

3;1Of) 

+     i  32  59-  7 

_     1  r     r  I     7y1     X 

67.8 

fit      fj 

i 

+       9-24 

Q    26 

u/  y/ 

8798 

B.A.  0.6841    .    .   .    . 

J'  J 

6.5 

So    7-  54 

J/1  / 
64.  2 

3 

.  4uy 

3.782 

o  i*  34-  ° 

-  3°  54  34-  8 

04.  7 
57-0 

8 

9-27 

8799 

O.  Arg.  S.  20113  •   •   • 

8.8 

5°    7-58 

65.7 

2 

3-480 

-  18  59  26.  7 

68.2 

2 

9.27 

ssoo 

O.  Arg.  S.  20111  .    .    . 

8.0 

50      8.  22 

74-3 

3 

3-730 

-  29    i  34.0 

67.7 

2 

9-27 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


223 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

5 

^ 

I 
g 

1 

IM 

O 

6 
Z 

Annual 

Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

t-l 

a 

<L> 
>. 

S 

1 

<** 

o 

o 

55 

Annual 
Precession, 
i860. 

h.  m.      s. 

s. 

0         /             // 

// 

8801 

O.Arg.S.  20116  .    .    . 

7-4 

19  50  15.72 

68.7 

2 

+  3-566 

-  22  37  27.  5 

56.7 

2 

+     9-27 

8802 

A    Sagittarii  

5-4 

50  25.07 

61.4 

8 

3.665 

-  26  34  15.9 

63.8 

4 

9.29 

8803 

Lacaille  8287  .... 

7-o 

50  25.87 

63.0 

3 

3-989 

-  37  44  59-  2 

62.  7 

2 

9.29 

8804 

O.  Arg.  8.20123  .    .    . 

9.0 

SO  33-  55 

69.6 

2 

3.692 

-  27  37  10.  7 

64.  i 

2 

9-3° 

8805 

Weisse  XIX,  1259  .    . 

9.0* 

50  33-  7' 

62.8 

2 

3-376 

-  14  22  59.4 

60.7 

2 

9-3° 

8806 

O.Arg.S.  20124  .    •    • 

8.0 

19  5°  34-  97 

74-7 

3 

+  3-  636 

—  25  28    o.  5 

68.2 

2 

+    9-3° 

8807 

B.  A.  €.6844    .    .    .    . 

6.0 

50  41.67 

66.  i 

2 

4.192 

-  43  25  14.4 

72.  i 

3 

9-3i 

8808 
8809 

O.Arg.S.  20126  .    .    . 
22  Cvsjni 

8.2 

S.o* 

50  45-  °8 
So  Si.  66 

68.7 
46.  o 

2 

a 

3-566 

2    I4"! 

—   22   38   2O.  7 

-t-    78      7      O2 

56.7 

4.7   O 

2 

4. 

9-32 

9.  77 

7 

8810 
88u 

Lacaille  8293   .... 

J 

5-5 
S.o* 

j     j 

50  57-83 

IQ  SI     7.  26 

tv-  y 

68.6 
SS.  6 

j 
2 

2 

*•    **TJ 

3-999 

-1-    2    2S2 

I     j"      / 

-  38    4  43-  i 

_|_    -JA    4.2    48    2 

T1/  ' 

70.9 

C7    6 

T^ 

4 
c 

JJ 

9-34 

-U        Q.  ^4. 

8812 

B.  A.  0.6850   .    .    .    . 

J 

6.8 

•  y  3        j 

51   16.  14 

J  J 

62.7 

3 

—  j—    4..  *-j*. 
3-564 

I       JT-    H"       *f*-»-  *• 

-  22  35  14.9 

JJ.  v 
56.4 

j 
6 

1              7*   O^ 

9-36 

8813 

Lacaille  8296  .... 

5-7 

51   18.51 

62.5 

5 

3.872 

-  34    4  '3-5 

66.6 

2 

9-36 

8814 

Lacaille  8302   .... 

6.8 

51  44-73 

66.  I 

2 

3.826 

-  3?  33  '3-8 

70.7 

3 

9.40 

8815 

Lacaille  8300  .... 

6.7 

51  50.88 

62.  7 

4 

4.027 

-  38  57  So.  9 

69.7 

3 

9.40 

8816 

Lacaille  8298  .... 

7.0 

19  51  51-49 

62.6 

3 

+   4.030 

-  39    3  «o.  9 

66.7 

2 

+     9-41 

8817 

B.  A.  0.6855    •    •    •    • 

6.0 

5«  5'-9« 

67-3 

3 

2-73' 

+  16    7    9.0 

69.  i 

2 

9.41 

8818 
88ig 

B.  A.  0.6854    .    .    .    . 
Anonymous      .    . 

6.8 

Q   O 

Si  55-76 

C2    17     C7 

61.7 

67    2 

7 

2 

3-725 

7    S78 

-  28  57  55.6 

21     12    C7     I 

59-4 
68.  8 

II 

•  2 

9.41 

9     A"} 

*•**•  7 

8820 

DM.  +  39°,  3966     .    . 

y'  w 
8.6 

J«     •  /  •  JO 

52  18.24 

**/  •  • 

77-7 

3 

J-  J  I  ^ 

2.083 

^J     l*    J/1  L 

+  39  59 

'  HO 

9-43 

8821 

B.  A.  0.6857    .... 

6.0 

I9   52    22.  14 

70.1 

4 

+  2.082 

+  39  59  36-  2 

71.4 

3 

+     9-44 

8822 

B.  A.  C.686i    .... 

6.0* 

52   26.23 

59-6 

3 

0.991 

+  60  27  10.  5 

53-6 

4 

9-45 

8823 
8824 

O.  Arg.  S.  20145  •    •    • 
y    SagitttE      

8.0 

4.  S* 

52  29.  to 

12    71.  8} 

67.  2 
6?    2 

2 

3-573 
2.663 

-  23    o  59.  5 
J_  to    6  1*1   i; 

70.7 
69.8 

4 

9-45 
9.  4.** 

8825 

Weisse  (2)  XIX,  1729. 

T-      J 

7-5 

J         O             J 

52  40.  29 

M  j  .  *. 

74-4 

3 

2.  Iig 

I      *:7      **    J  *  •  j 

+  38  57  50.  o 

71-3 

2 

•  tj 

9-47 

8826 

Lalande  38175     .    .    . 

6.9 

19  52  48.92 

71-4 

3 

-f  2.  160 

+  37  44  42.9 

57-7 

3 

+     9-48 

8827 

B.  A.  0.6864    .    .    .    . 

6.4 

53    4-39 

63-3 

7 

3-575 

-  23     7     6.  6 

69.0 

4 

9-5° 

8828 

Lalande  38144     .    .    . 

8.0 

53    8.56 

64.6 

2 

2-936 

+    6  33  47.  2 

68.7 

3 

9-5° 

8829 

Weisse  (2)  XIX,  1753. 

8.1 

53  '4-46 

74-3 

3 

2.  Il8 

+  39     i  53-o 

73-7 

2 

9-5' 

8830 

Weisse  XIX,  1319  .    . 

7.6 

53  '5-12 

55-7 

9 

3-373 

-  14  19  18.  5 

53-4 

9 

9-51 

8831 

8872 

Weisse  XIX,  1320  .    . 

9-3 
8.0 

19  53  «6-  3« 

!*3    21.   I  I 

66.3 

HI 

2 

+  3-373 

7    SSQ 

-  14  20    9.0 

—    22    2Q    7O    2 

68.7 
S6  7 

2 
2 

+    9-5' 

Q    ^2 

WJf. 

8833 

B.  A.  0.6869    .... 

6-5 

JO 

53  24-63 

•    • 

68.8 

2 

j'  jjy 
0.622 

•y    J*"  • 

-f  64  20  56.  7 

j"-  / 
63-1 

2 

7*  J** 

9-52 

8834 

O.Arg.S.  20156  .    .    . 

8.0 

53  28.38 

60.  7 

3 

3.708 

-    28    22    48.  I 

67.1 

4 

9-53 

8835 

Lalande  38140     ... 

7-5 

53  3°-97 

60.  7 

2 

3-437 

-  '7  H  54-9 

59-5 

6 

9-53 

8836 

8837 

Lalande  38202  (ist*)  . 
Lalande  38202  (2d*)  . 

6.0 
6-5 

19  53  3'-4' 
53  31-64 

72.3 
74-4 

5 
3 

+  2.  162 

2.  l62 

1+  37  43  38.  8 

48.  i 

2 

+    9-53 

8838 

8839 

Lacaille  8307    .... 
13  Sagittse      

7-o 
6.0* 

53  34-  10 

ST.    47.  97 

63.6 
So.  6 

2 
7 

4.  181 

2.  7IO 

-  43  18  29.  3 
+  178  10.  i 

69-7 

^4.  I 

2 

6 

9-54 
9-  55 

8840 

Lalande  38164     ... 

8.0 

j  j  ^  j   yj 

53  53-67 

jy 
66.3 

j 

3 

*•  /  * 
3.488 

i      / 
-  19  28  57.  i 

J*T" 

66.2 

2 

9-56 

224 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

IM 

O 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

• 

<U 
>* 

d 

rt 

OJ 

s 

U7 
^D 

0 

O 

6 

£ 

i 
Annual 
Precession, 
1860. 

8841 

A..  O 

h.  m.      s. 
19  54     2.  64 

61.6 

14 

s. 
+  3.  699 

0           /           // 

-  28    5  44.0 

61.2 

4 

// 

+     9.  57 

8842 

6"?  Sagittarii                   . 

T..  v 
6.0* 

54     7.  87 

67.  Q 

T. 

•?.  361; 

—    14     I    17.  7 

68.  7 

2 

Q    ?8 

8843 

Lacaille  8309  .... 

6.2 

Jlf            y  .    uy 

54  12.  61 

J      17 

66.7 

J 

2 

J    O    J 

4.031 

^            ii 
-  39  H  '3-6 

67.6 

3 

"     J 

9-59 

8844 

B.  A.  0.6872    .... 

5.0 

54  14-80 

61.5 

5 

4.000 

-  38  19  27.7 

69.7 

4 

9-59 

8845 

Lacaille  8313  .    .    .    . 

6-5 

54  19.72 

63.  o 

3 

3-956 

-  36  58  58-  5 

68.2 

2 

9.60 

8846 

Lacaille  8312  .    .    .    . 

6.6 

19  54  19.76 

63.2 

4 

+  3.986 

-  37  54  43-  3 

69.  2 

2 

+     9.60 

8847 

22394(ist*)   .... 

8.1 

54  32.  20 

65.2 

4 

2-937 

+     6  33  52.3 

66.7 

2 

9.  61 

£848 

Lacaille  8317   .... 

6.8 

54  32.  82 

62.7 

3 

3-939 

-  36  26  46.  5 

72.7 

2 

9.  61 

8849 

DM.  +  34°,  3828    .    . 

8.4 

54  33-6i 

74.4 

6 

2.  252 

+  34  55  42-8 

65-7 

3 

9.  61 

8850 

Z2394(2d*)    .... 

9.2 

54  34-  1  8 

65.2 

4 

2-937 

+     6  34  15.2 

66.7 

4 

9.  61 

£851 

DM.  +  340,3830    .    . 

7-3 

19  54  40.  27 

74-o 

5 

+  2.25: 

+  34  54  53-  i 

70-5 

5 

+    9.62 

8852 

Lacaille  83  1  8   .... 

7-i 

54  44-  42 

62.  7 

2 

3-  997 

-  38  15     i-5 

70.7 

3 

9-63 

£853 

O.Arg.S.  20175  •    •    • 

8.6 

54  44-  75 

69.1 

2 

3.466 

-  18  33  30.4 

62.6 

2 

9-63 

8854 

22395(ist*)  .... 

8.0 

54  45-  95 

65.1 

6 

2-857 

+  10  21  52.5 

65.7 

2 

9-63 

88SS 
88=;6 

22395(2d*)   .... 

2  Z    CviTlli 

8-3 
c.  c* 

54  46.  01 
19  54  47.  08 

65-1 

4.7    1 

6 
i 

2-857 

+    2.  IQQ 

+   10  21  47.7 

+?6    7Q   4O   O 

65-7 

61.  6 

2 
2 

9-63 
+     9-  6-1 

wyv 

8857 

Lalande  38255      .    .    . 

J    J 

7.2 

55     3-52 

*r/  *  J 

77-5 

j 

5 

•    •  ?y 

2-253 

o     jy  •!««  U 
-f  34  58 

i       y      o 
9-65 

8858 
88SQ 

O.Arg.S.  20180  .    .    . 
1  5  VulpeculeC        .... 

7.8 

t;  o* 

55     8  65 

*IS     2O.  O4. 

67.0 
66.9 

3 

•3 

3.468 

2.  466 

—  18  37  46.  6 

+    27    22    IO-5 

62.6 
69.6 

2 
2 

9.66 

Q   6? 

u^jy 

8860 

B.  A.  0.6878    .... 

jm  w 

6-s 

j  j     **     •  **"t 

55  26.21 

63-7 

O 

5 

3-569 

-    22    59      5.7 

y 
64.  2 

4 

7         / 

9.68 

8861 

B.  A.  0.6877    .... 

5-5 

19  55  26.49 

61.5 

8 

+  3-816 

-    32    26    43.  2 

70.7 

3 

+     9.68 

8862 

DM.  +  360,3814    .    . 

9.0 

55  30-04 

69.6 

2 

2.  2l6 

+    36    11 

9.69 

8863 

Weisse  XIX,  1394  .    . 

7-  i 

55  30-31 

64.9 

3 

2.858 

+    10   21    IO.  4 

66.7 

2 

9.69 

8864 

O.  Arg.  S.  20185  •    •    • 

9.0 

55  31-23 

60.7 

3 

3-705 

-  28  24  31.3 

58.6 

3 

9.69 

8865 

DM.  +  36°,  3815     .    . 

8-5 

55  32-3' 

69.6 

2 

2.  2l6 

+  36  II  13-7 

63-3 

5 

9-69 

8866 

Lalande  38283     .    .    . 

7.5 

19  55  34-46 

69.6 

2 

+    2.215 

,+    36    12    19.  I 

60.  3 

6 

+     9.69 

8867 

O.  Arg.  S.  20192  .    .    . 

8.0 

55  46.49 

65-2 

2 

3.661 

-  26  43    o.  I 

62.7 

2 

9.70 

8868 

B.  A.  0.6882    .    .    .    . 

6.0 

55  48.  85 

69.6 

3 

2-541 

+  24  24  50.  6 

53-5 

3 

9.71 

8869 
8870 

O.  Arg.  S.  20194  .    .    . 

7.2 
6.0* 

55  49-38 

"i6      ?    II 

68.7 
56  o 

2 
•? 

3.698 

2.  qi8 

-  28    8    9.5 

•4-    24    12    $1   4. 

63-7 
6r  6 

2 

4. 

9.71 
Q.  73 

/ 

8871 

Lacaille  8326  .... 

6.6 

J           J 

19  56    5-93 

JV.    V 

63.7 

j 

3 

j  j 
+  3-946 

i     ™r  j      j  J-  ^ 
-  36  46    10.  I 

VJ.     V 

71.2 

1 

4 

y   i  j 
+     9-73 

8872 

887:, 

Piazzi  XIX,  379  ... 

%  21Q7 

6.8 
7  6 

56    6.  68 
56     7.  OS 

72.1 

68.0 

5 
i 

2.  2O2 
2.  908 

+  36  42  40.  3 
-1-     8    o  33  o 

66.0 
67  8 

4 

2 

9-73 

97-1 

'-""'/  <J 

8874 

O.  Arg.  S.  20200  .   .    . 

/ 

7-1 

j  w     i  .  u  j 
56     9-36 

68.8 

j 

2 

3-558 

i      ^    **  jj* 
-  22  34  42.  6 

**/  •  w 

63.0 

3 

•  /  j 
9-74 

8875 

B.  A.  0.6886   .    .    .    . 

6.0* 

5635.86 

61.2 

2 

3.842 

-  33  23  32-  9 

65.5 

3 

9-77 

8876 

B.  A.  0.6887    •    •    •   • 

7-1 

19  56  38.  18 

63.2 

4 

+  3-  732 

-  29  28    5.4 

59-7 

7 

+    9-77 

8877 

Weisse  XIX,  1421  .    . 

8.0 

56  38.  94 

69.6 

3 

2.909 

+     7  56  23.  6 

67.7 

2 

9-77 

8878 

B.  A.  C.  6888    .    .    .    . 

6.9 

56  39.  16 

61.7 

10 

3-672 

-    27    1  2    2O.  2 

58-7 

3 

9-77 

8879 

Weisse  (2)  XIX,  1865 

7.0 

56  45-  65 

76.7 

5 

2.  256 

+  34  56  40.8 

76.1 

6 

9.78 

8880 

O.  Arg.  S.  20212  .    .    . 

8.5 

56  56.  18 

60.6 

2 

3-478 

-  19    9  50.8 

63-3 

9 

9-79 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


225 


Number. 

Name  of  Star. 

V 

•o 

1 

S 

Mean  Right 
Ascension, 
1  860.0. 

IM 

rt 
B 

X 

s 

1 

(M 

O 

O 

K 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

j 

>4 

d 
ej 

V 

1 

<*. 
O 

i 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

8881 
8882 

Weisse  (2)  XIX,  1880 

6.5 

c    r 

19  57     6.97 

C7    jo   26 

76.6 

Cn    o 

2 

2 

+    2.  258 

3OO4 

+  34  55  22.9 
—  •     i     s  d.o  6 

77-7 

72    O 

3 

+    9-8i. 
9.  81 

888? 

r     Anuilse          . 

y  3 

c.  e* 

j  t    **•"  *• 

<!7  18  oo 

jyf  ** 

68.  i 

2C 

•  **3W 

2    Qtl 

j   ty-  v 
_L      6    $1      8l 

/*•» 

60.  I 

c 

9.  82 

*-"-"-'  j 

8884 

64  Sagittarii  

j'  j 
6.0 

J  I      •**•  **w 

57  21.40 

76.7 

*O 
7 

*"  yo* 
3.  ^20 

i^      **   jj      "•  j 

—  ii  *;o  ^i.  «; 

72.  2 

J 

4 

q  8} 

v-ruuf. 

8885 

O.  Arg.  S.  20217  .    .    . 

7-5 

57  23-76 

61.2 

J 

4 

O1  j*-v 

3-423 

J;'    J       J 

-  '6  45  59-5 

/ 

59-9 

9 

y.  "J 

9.83 

8886 

Weisse  (2)  XIX,  1888 

7.2 

19  57  37-°6 

59-6 

2 

+    2-  731 

+  16  19    5.8 

53-8 

2 

+  9.85 

8887 

O.  Arg.  S.  20222  .    .    . 

8.4 

57  37-  13 

68.6 

2 

3-732 

—  29  32  27.  i 

55-7 

3 

9.85 

8888 

O.  Arg.  S.  20215  •    •    • 

8-5 

57  57-07 

73-4 

5 

3-475 

-  '9    5  59-5 

75-7 

4 

9.87 

8889 

Lacaille  8340  .... 

7.0 

58  13.81 

69.7 

2 

3-9'5 

-  35  55  44-  i 

69-4 

4 

9.90 

8890 

O.  Arg.  S.  20234  .    .    . 

7.0 

58  21.  10 

60.6 

2 

3.680 

-  27  37  14.6 

63.2 

2 

9.90 

8891 

Lacaille  8341    .... 

6.8 

19  58  28.  69 

7'-5 

3 

+  3-9'8 

-  36    3  »4-o 

72.2 

4 

+   9.92 

8892 

B.  VI.  +  30°,  3875.    . 

6.8 

58  39.46 

77-8 

2 

2-378 

+  3°  5°  55-  " 

77-8 

I 

9-93 

8893 
8804 

B.  A.  €.6899    .    .    .    . 
n    SagitttE 

6.5 
e.  c* 

58  40.  95 
"J8  «6.  8q 

61.1 

4.7.  4 

9 

4 

3-746 

2.  65Q 

-  3°    7  >5-  ' 

-j-    iq   7C    7O  7 

57-7 
68  7 

7 

2 

9-93 

9OC 

uijyif 

88qc 

Anonymous       .    .    , 

J      J 

8.  i 

y    J"*  "y 

eg  So.  11 

^/  -  T^ 
6Q.    3 

•f 
3 

j? 
4.  OIQ 

i      •  y  jj   j      l 
—    in    12      CO 

WHI    ^ 

67  7 

2 

•  yj 

9QC 

u<jyj 

8896 

DM.  +  36°,  3851    .    . 

J 

8-3 

j      jy   j 

19  59  12.29 

y     J 

69.  2 

j 
2 

^.  vjm  y 

+    2.2IO 

jy    •   '       J*  ^* 

+  36  36    8.  3 

/       / 

48.7 

I 

•  yj 

+     9-97 

8897 
8898 

O.  Arg.  S.  20246  .    .    . 
Anonymous      .    . 

7-4 
8  q 

59  '8-23 

Co  4.0.  8  1 

67.1 

72    1 

2 
•? 

3-596 
4.   QIC 

-  24  16  53.  6 

—    -3q      7    ?o   2 

65.2 
6c   7 

6 

2 

9.98 
10.  02 

88qq 

•*•  J 

Q.  O 

jy   V 

<Q   42.  80 

i  *••  j 
67.  T 

J 
2 

T"   *-"  J 

^.  4.  IS 

jy     /   j^m  • 
—   18   18  -?q.  5 

vj*  / 

66.8 

2 

10.  02 

7.7 

8900 

Lament  1097    .... 

y 

8.4 

j  y  *t*" 

59  58.  66 

/     O 

68.7 

2 

*J       T^JJ 

3-4" 

O"    J 

-  16  18  52.  i 

66.7 

2 

10.  02 

8901 

B.  VI.  +  380,3896.    . 

6.5 

20    o    3.  64 

71-5 

3 

4  2.  165 

+  38    4  37-  2 

65-7 

3 

+  10.03 

8902 

B.  A.  C.  6903    .... 

7.0* 

o     7.42 

59-6 

2 

3-475 

-    19    12   2O.  O 

56-3 

10 

10.04 

8903 

Lacaille  8354  .... 

7.0 

o  26.  23 

71.8 

3 

3.860 

-  34  16  43.0 

66.7 

3 

10.  06 

8904 

B.  A.  €.6906    .    .    .    . 

7.0 

o  34.  90 

60.0 

5 

3.652 

-  26  37  31.6 

55-9 

5 

10.07 

8905 

B.  A.  €.6907    .    .    .    . 

7.0 

o  34-  97 

59-7 

2 

3-391 

-  15  25  49.0 

7i-7 

4 

10.07 

8906 

B.  A.  C.  6908    .... 

7.0* 

20      0  40.  52 

59-6 

2 

+  3-709 

-  28  50  35.  7 

54.2 

4 

+  10.08 

8907 
8908 

Weisse  XIX,  1512  .    . 
64  Aquilst*                       . 

7.0 

6.0* 

o  43-  77 

O  48.  12 

65-2 
76  7 

2 

3-374 

3OQ4 

-  14  39  26.  i 

—       I       4   AI     I 

54-8 
68.  7 

2 

6 

10.  OS 

lo.  09 

8qoq 

17  Vulpeculse     ..... 

S.  S* 

O   52.  4.1 

/  v.  / 
5o.  6 

2 

•  wy*t 

2.  ??6 

*r    *r*  •  * 
-)-    23    12    4.6    Q 

ci  6 

4 

IO.  OO 

uywy 
SglO 

Anonymous  

J     J 

O.  2 

J          *TM 

I       Q.  l6 

J7 

61    2 

2 

*-•  J  / 
3.  410 

I      *•  j    •  *•    "f"  y 

—  16  20     1.8 

jj-  w 

71    7 

^ 
2 

*  v"  vy 
IO.  1  1 

Sgn 

bl    Cveni 

y 
6.0 

y*  *  w 
2O       I       Q.  64 

"J-  * 

68.7 

2 

J-  *T*  v' 

-f-    2.  246 

4_     36     1C     17    2 

/    •  / 
6?    4 

-2 

-f-    IO.  1  1 

8912 

Lamont  1  102    .... 

8.4 

yi  WT- 

i   10.68 

WI    ^ 

68.7 

2 

3.488 

I       JJ    .JJ        / 

-  19  49     7-9 

"J-  *T 

55-7 

j 

2 

IO.  II 

8913 

Weisse  (2)  XIX,  2053 

8-3 

i  20.93 

75-9 

5 

2.  320 

+  33    4  29.  2 

73-7 

2 

10.13 

8914 

Lalande  38564     .    .    . 

6.8 

i  23.82 

68.7 

2 

2.  148 

+  38  41  47-  5 

61.7 

2 

10.  13 

8915 

O.  Arg.  S.  20274  •    •    • 

7-4 

i  38.04 

68.7 

2 

3-464 

-  18  45    9.0 

57-4 

3 

10.  15 

8916 

B.  A.  €.6920    .... 

7.0* 

20     i  40.  08 

60.7 

2 

+    3-627 

-  25  41  25.5 

63.6 

3 

+  10.15 

8917 

O.  Arg.  S.  20276  .    .    . 

8.  i 

i  40.95 

68.7 

3 

3-536 

-  21  55  44-7 

67.0 

3 

10.  1  6 

8918 

B.  A.  €.6922    .... 

5-5 

'  59-54 

60.  7 

5 

3-923 

-  36  27  ii.  2 

68.7 

2 

10.  18 

8919 

Lacaille  8365   .... 

7.0 

2       2.30 

65.6 

2 

3.812 

-  32  43  52-  5 

67.6 

3 

10.  18 

8920 

B.  A.  €.6923    .... 

7.0 

2    18.35 

68.7 

2 

3-486 

-  «9  47  '4-3 

55-3 

5 

IO.  2O 

AP  1  84- 


-15 


226 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

I"j 

s 

^, 

i 

s 

1 

IM 

O 

6 
% 

Annual 
Precession, 
J86o. 

Mean 
Declination, 
1  860.0. 

3 

>-, 

C 
c3 

u 

•  •s, 

J3 
o 

o 
6 
g 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /            // 

// 

8921 

Lalande  38592    .    .    . 

6.8 

20     2   19.87 

69.  I 

2 

+  2.295 

+  34     i     7-5 

61.6 

2 

4-    10.  20 

'8922 

Lamont  3120    .    .    .    . 

9.0 

2  54.49 

75-6 

5 

3-  260 

-     9  16  43-9 

73-7 

2 

10.  25 

8923 

O.  Arg.  S.  20286  .    .    . 

8.5 

3    o.  21 

65.! 

2 

3-676 

-  27  44  18.9 

67.8 

2 

10.  26 

8924 

O.  Arg.  S.  20287  •    •    • 

7-8 

3    5-97 

69.0 

3 

3-599 

-  24  38  i  i.  8 

64-3 

3 

10.  26 

8925 

Weisse  (2)  XX,  87  .    . 

7.2 

3  13-  28 

68.8 

2 

2.184 

+  37  43  27-  2 

47-7 

2 

10.  27 

8926 

O.  Arg.  S.  20294  .    .    . 

9.0 

20    3  14.40 

65.7 

6 

+  3-450 

-  18  13  53-o 

65.6 

3 

+   10.  27 

8927 
8928 

Weisse  (2)  XX,  90  .    . 
66  Draconis 

7-  i 
?.o* 

3  '5-99 

i    I  8  .  Q4 

68.7 

SQ.  7 

3 

2 

2.  184 

o  QCO 

+  37  43  55-4 

_L    6l     3C    52    2 

47-7 

C7     7 

2 

•3 

10.28 
10.  28 

8020 

Anonymous 

J 

j          y^ 
i  25. 

J  7      / 

7J 
5.  l80 

l      "-*1    Jj    ••?'  * 
—       6     I  ?       72 

Jj-  / 
77    8 

J 

JO.  2O 

wy*.y 
8930 

Weisse  XX,  46    ... 

7.0 

J      J 

3  34-  38 

69.6 

2 

J         *   «-»y 

3^59 

1  j       /  •  •i 

9  15   12.  o 

9  i*  " 

70.8 

5 

10.  30 

8931 

O.  Arg.  S.  20299  .    .    . 

9.0 

20    3  38.  oo 

74-9 

4 

+  3-599 

-  24  41   24.  o 

63-7 

2 

+  10.  30 

8932 

Lamont  3126    .    .    .    . 

7-8 

3  39-  83 

71-  i 

7 

+  3-  362 

-  14  II  32-3 

57-3 

4 

10.30 

8933 
8Q34 

A     Ursae  Minoris   .... 

6    Aquilae                       .    . 

6-5 

4.  $ 

3  54- 

4      4.  7? 

46.  s 

18 

—56.  104 

-1-     7..OQ7 

rf  88  53  24.  6 

—       I     14       26 

56-3 
68.  2 

121 

2 

10.32 

IO     J  J 

-?JT 
8g3C 

£  *   Capricorni 

T^     J 

6.0 

T^         "*'    /  J 

4  12.  18 

*T"'   J 

76.  7 

3 

i     o  vy  / 
3.  332 

i     At       ••  *• 
—    12   48    18.9 

68  T. 

2 

**"  JJ 

IO    3A 

"yjj 

8036 

hi  Cv^ni 

"I.O 

2O      413.  78 

1  \j.    i 

6q  6 

o 

2 

•  Jo* 

-L    2    227 

-I-  36  2t;  4  1;  8 

vyu.  ^ 
Cr?     -I 

8 

iv/'  j*¥ 

4-     IO    7.C 

uyjv 

8937 

Lacaille  8369   .    .   •.    . 

j 
6-5 

*•"      t    *  J*  /** 

4  16.  70 

\j-y-  \j 

69.  i 

2 

i      **•  *•*•/ 

3-995 

|         j"      *"J      T"J'   ** 

-  38  5>  26.5 

JO"   J 
62.7 

T     IIJ'  JJ 

"0-35 

8938 

O.  Arg.  S.  20309  .    .    . 

8.1 

4  22.96 

66.2 

2 

3.611 

-  25  13    9.4 

66.8 

2 

10.36 

8939 

Lamont  3130    .... 

9.0 

4  23.  15 

70.9 

5 

3-36o 

-  14    6  26.  5 

69-7 

4 

10.36 

8940 
80,41 

O.  Arg.  S.  20311  .    .    . 
£2  Capncorni 

7.2 

c    c 

4  35-8i 

2O        4     11     8O 

67.6 

7C    i 

2 

3-  567 

+      7      377 

-  23  24    o.  3 

—    17       I    31    7 

59-8 
77  8 

2 
2 

«o.  37 

4-   10   78 

*rytfM 

8042 

1  8  Vulpeculae    

J'  J 

6.0 

4,\J         i|.     j  f  .   (jy 

4  42.  Q4 

/  j'  • 

4S.  6 

2 

J'   JJ/ 

2.  t;O2 

*  j       *    o  •  •  / 
-4-    26    2Q    2Q.  ? 

/  /  .  ^ 

72.  O 

4 

-p     *w.  jt) 

10.  38 

vyf— 

8943 
8O44 

Lacaille  8373   .... 
Anonymous  . 

6-5 

Q.  O 

*T     *T  *•  *    y*T 

4  43-  OI 

44.6    Q3 

*T  J  "  " 
65.2 

6Q    2 

2 
2 

**•  J*-'*' 

3.859 

3.  31Q 

I                   7       ;?•  J 

-  34  32     4-  6 

—    14       'I    2<    4 

/      - 
69.  2 

47   8 

2 

2 

10.38 

IO    2.Q 

^y^r 
8945 

Lalande  38708     .    .    . 

y.  «j 

7-5 

*TU*    ~fj 

4  48-31 

**y*  * 

75-o 

4 

J'  Jj;? 

2-155 

*T-        J        J*  T" 

+  38  43  34-  4 

H-y  •  w 
68.3 

4 

4^'  oy 

10.39 

8946 

B.  A.  €.6941    .    .    .    . 

7.0* 

20     4  53.  72 

59-6 

2 

+  2.639 

+  20  43  '2-.7 

54-4 

5 

-f  10.  40 

8947 

Weisse  XX,  81     .   .    . 

7.8 

4  57.58 

71.9 

8 

3-361 

-    14    12   23.9 

66.2 

4 

10.40 

8948 

O.  Arg.  S.  20316  .    .    . 

8.5 

5     5-26 

60.6 

2 

3.666 

-  27  28  12.8 

68.3 

2 

10.41 

8949 

Weisse  (2)  XX,  189   . 

8.8 

5  '2.34 

74-4 

3 

2.  158 

+  38  40  34-o 

75-4 

3 

10.42 

8950 
8951 

O.  Arg.  S.  20320  .    .    . 
Anonymous  

7-8 

5  16-32 
20    5  2  i  .  28 

65.7 
67.8 

5 

2 

3.428 
-r-    3    427 

-  17  17  48.4 

—    17    IQ      S    t 

7O.  2 

68  7 

2 
2 

10.42 

-(-    IO  4^ 

yj 

8952 

Weisse  XX,  104  .    .    . 

7-3 

5  28.24 

63.7 

4 

i      j*  T-"/ 

3.  140 

•  /       y      jo 

3  24  44-3 

vi-/.   / 

65-7 

2 

~    *v  t  j 
10.44 

8953 

Weisse  XX,  101  .    .    . 

8.8 

5  3°-  39 

68.9 

4 

3-359 

-  14    5  46.5 

63.0 

6 

10.44 

8954 

O.  Arg.  S.  20322     .    . 

8-5 

5  3LI7 

65-7 

2 

3-396 

-  15  5°  21.5 

65.0 

3 

10.44 

8955 

Weisse  XX,  120  .    .    . 

8.4 

5  55-i6 

64.  2  • 

2 

2-738 

+  16  18  44.  5 

68.8 

2 

10.  46 

8956 
891:7 

Weisse  (2)  XX,  206     . 

7-4 
6.0 

20    5  55-95 

c    c6  8^ 

68.8 

AC      6 

2 

2 

+    2.  642 
2.  506 

+  20  39    8.  9 

_l_    26    21    t8    2 

70.2 

72    7 

2 
2 

+    IO.  46 
IO.  46 

yj  I 

89S8 

Piazzi  XX,  36  .... 

7.0 

j  jv.  uj 
6    5.79 

*O"  V 

76.7 

2 

2.508 

-p     f,\j    ^j    o 

+  26  19  41.4 

/  *"  / 

72.6 

2 

10.  49 

8959 

Weisse  XX,  122  .    .    . 

8-5 

6  19.  78 

65-4 

4 

3-357 

—  14    3  24.6 

69.7 

I 

10.  50 

8960 

Lacaille  8381   .... 

6.2 

6  33-  32 

63-7 

4 

3.663 

-  27  26  52.4 

69.6 

4 

10.  52 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


227 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

5^. 

1 
S 

1 

lM 

O 

6 
Z 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

l-i 

rt 
p 

>» 

2 
S 

1 
"3 

1 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0            /           // 

// 

8961 

Groombridge  3067   .    . 

6.8 

20     6  33.  94 

68.7 

2 

+  2.  168 

+  38  27  48.  5 

47.6 

2 

+  IO-52 

8962 

O.  Arg.  S.  20337     .    . 

8-5 

6  40.  38 

61.8 

2 

3-393 

-  15  45  '7-o 

70.7 

2 

io-S3 

8963 

Groombridge  3069  .    . 

6  41.72 

73-3 

4 

2.  174 

+  38  15  58.6 

69.7 

3 

«°-53 

8964 

Groombridge  3072   .    . 

7-5 

6  47.  89 

73-3 

4 

2.174 

+  38  17     i-9 

69.7 

3 

10.54 

8965 

O.  Arg.  S.  20339     •    • 

9.0 

6  48.  24 

65.7 

2 

3-394 

-  15  46  25.  i 

71.0 

3 

10.54 

8966 

Riimker  8116  .... 

9-5 

20     6  59.  98 

64.6 

2 

+  2.642 

+  20  43  39.  5 

62.2 

2 

+  'o-55 

8967 

Weisse  XX,  135  ... 

8.2 

7     i-°3 

69.6 

2 

3-299 

-  ii   18 

'o-55 

8968 

B.  A.  0.6949   .... 

7-4 

7     7.08 

65.8 

4 

3-299 

-  ii  18  41.0 

68.7 

2 

10.56 

8969 

B.  A.  0.6948   .    .    .    . 

6.6 

7    8.31 

61.7 

8 

3-740 

-  3°  25  44-4 

71.1 

6 

10.56 

8970 

Lamont  477      .... 

9.0 

7  13-82 

68.8 

2 

3-593 

-  24  37     5-  5 

66.6 

2 

'0-57 

8971 

O.  Arg.  S.  20343     .    . 

7.0 

20    7  14.  60 

69.  i 

2 

+  3-425 

-  17  16  21.6 

66.2 

2 

+  '0-57 

8972 

Lacaille  8385   .... 

6.0 

7  '6.37 

63-3 

3 

3-924 

-  36  52  38-  9 

69.8 

4 

10.57 

8973 

Weisse  XX,  145  ... 

6.8 

7  18.53 

68.8 

2 

3-35i 

-  13  48  17-8 

61.2 

2 

10.58 

8974 

Lacaille  8387   .... 

6.0 

7  24.56 

63.0 

3 

3.886 

-  35  37  3°-8 

64.7 

2 

10.  58 

8975 

Xo7fi 

DM.  -f  16°,  4197    .    . 

8-3 
e   e 

7  40.  16 

2O     7  47.  87 

59.6 

4.6.  2 

3 

7 

2.740 
4-  2.  77s 

+  16  18  18.5 
+  14  46  24.  5 

53-  8 

71.  I 

2 
•J 

10.  60 
f-  10.  61 

oy/u 
8977 
8078 

Tr.  Z.  78,  I    

j*  j 

7-5 

/    ^  t  '    t 
7  So-84 
7  so  08 

*T"'  • 

69.6 
6c   7 

O 

2 
4. 

1        *"   /  /  J 

4.005 
•i   eS-J 

-  39  25  36.  i 

—  24   15    't't.  I 

/ 

66.7 
64.  o 

J 

2 

10.  62 
10.  62 

oy/° 
8979 

Gr.  12-year  Cat.  1809  . 

8.8 

/    y  sp* 
8    0.62 

\/j.  i 
59.6 

*T 

2 

j-  j"j 
2.740 

••t   •  j   j  j- 

+  16  19  25.7 

S3-  8 

3 

10.63 

8980 

Lacaille  8394  .... 

8.0 

8  14.32 

67.6 

3 

3-770 

-  3'  37  54-9 

63-7 

2 

10.65 

8981 

Weisse  (2)  XX,  304    . 

6.8 

20    817.  62 

69.2 

4 

+    2.  176 

+  38  20  40.  i 

54.6 

4 

+  10.65 

8982 

Weisse  (2)  XX,  306    . 

7-8 

8  18.48 

71.4 

4 

2.175 

+  38  24 

10.65 

8983 

O.  Arg.  S.  20358      .    . 

8-5 

8   23.  22 

66.7 

3 

3-424 

-    17    17    12.0 

66.6 

2 

10.66 

8984 

Gr.  12-year  Cat.  1810  . 

8-5 

8  29.68 

64.4 

4 

2.740 

+  16  21     0.3 

53-8 

4 

10.66 

8985 

8986 

DM.  +  380,3960    .    . 
7     Capricorn! 

8.2 

c    e 

8  31.29 
20    8  ?7.  to 

77-7 
60  6 

2 
2 

2.  178 
_|_    ?    -128 

+  38  18 

—    12    4.S    44..  O 

60.  i 

2 

10.  67 

_|_  10.  68 

XnX7 

Anonymous      .    .    .    . 

3"  j 
90 

A.W           V      Jt   '    Jv 

8   4O    ^4 

vy"  " 

74.   7 

1^     3    O*w 
?     -3C4. 

T^J    t*r*  v 
—    11    $Q    17.  Q 

47.  8 

1 

10.68 

oyo/ 
8988 

Vienna  Z.  111,95     •    • 

•  w 

8.8 

**   ^"-  ot 

8  46.60 

/'r-  / 
64.4 

4 

J'  JJ^r 

2.741 

J    j  y       i     y 

+  16  19  28.6 

TV    '    v 

53-8 

2 

10.68 

8989 

Weisse  (2)  XX,  329    . 

6.5 

8  51.64 

68.7 

2 

2.  164 

-f-  38  44     7-  6 

60.  7 

2 

10.69 

8990 

O.  Arg.  N.  20223      .    . 

8.0 

8  58.06 

76.8 

2 

1.782 

+  48  45  58.  5 

60.7 

2 

10.70 

899I 

80Q2 

O.  Arg.  S.  20366     .    . 
(ft    Cvtrni 

7-5 

4..  O* 

20    9  10.  06 

O    I  3.  4^ 

62.O 

72   4. 

4 
J 

+    3-426 
I    88q 

-  17  24  21.4 

-i-    4.6    10      4.  Q 

64.6 

?7.  7 

4 

2 

+  10.71 

IO.  72 

'       'V*- 

8993 

Xnnj 

O.  Arg.  N.  20231      .    . 

A3     CvPJli 

4T*  w 

8.0 

c    c 

y      j'  TO 
9  '4-58 

O    17.  4Q 

/  ""  *T 

75-i 
68  ^ 

O 

3 

C 

*  •   vvy 
I.    890 

2    24O 

1      ^         y      ^-  y 

+  46  17  19-9 

4-    ^6    22    4H.  O 

j  i    / 

77-8 
60.  i 

I 

v.    y  — 

10.  72 

IO    72 

°yy4 

8995 

B.  A.  0.6969    .    .    .    . 

J'  J 
6.  2 

"        /     *r;7 

9  25-55 

'"•  j 
77.2 

.) 

4 

*,.     A.Lf.U 

2.  241 

—  j        jv         m     if  j  •  y 

+  36  19  39-  3 

67.6 

5 

«•  /  * 

'0-73 

8996 

Anonymous  

9.0 

20     9  32.44 

67.7 

2 

f    3-585 

-  24  22  36.  5 

68.7 

2 

+  «o-74 

8997 

8ooS 

O.  Arg.  S.  20370  .    .    . 
&l    Capricorni         .... 

8.9 
4.0* 

9  44-5' 

0    ??.  I? 

63-3 

1^.    1 

3 

27 

3.609 
\.  m 

-  25  26  34.2 

-    12   56    16.4 

66.7 

??.  7 

2 
18 

10.  76 
IO.  77 

oyyo 

RQQO 

21  Vulpeculae             .    . 

4.  S* 

y    JJ      J 
Q    ?8.  O2 

J  J     J 

«6.  i 

*-/ 

2 

O    JJ 

2.488 

4-    27   2?    II.  Q 

jji 

C7.  C 

O 

3 

/  / 
IO.  77 

oyyy 
9OOO 

O.  Arg.  S.  20378  .    .    . 

t-  j 
7-4 

y   j 

9  58-07 

jv'   * 

61.8 

2 

3-454 

1         /       J       •  •  y 

-  18  4'  37-9 

JJ'  J 

66.7 

J 

2 

/  / 
10.77 

228 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i 

>* 

C 
3 
v 

2 

ai 
^3 
0 
*— 
O 

6 
% 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

• 

<L> 
^ 

4) 

X 

1 
"o 
6 
ft 

Annual 
Precession, 
1860. 

9001 

-3  7  Cvtrni 

4.  S* 

h.  m.      s. 
20  lo     8.  S4 

72.  i 

? 

s. 
-4-    I.  7Q2 

0           /           // 

4-   S6     8  24.  7 

61.  4 

4 

// 
4-  10  78 

9002 

QOO3 

Vienna  Z.  111,98    .    . 
a*   Capricorn!    .... 

*T*  J 
9.2 

3.  O* 

*"  *  w     w.  j^. 

10    13.  12 

10  17.01 

64.  2 

55.8 

o 
2 
264 

1            jy 

2-743 

1.   ?"I2 

[         J                        *"T"    / 

-f   16  19 

—    12    S8    11.  I 

Si.  S 

10; 

V''.     /  W 

10.79 

IO    7Q 

y*-/v'J 

9004 

Lacaille  8399   .... 

O'  " 

7.2 

10  19.  67 

J  J 

61.7 

3 

J     JJ 

3.808 

j     jj 
-  33    9  52.  i 

j     j 
69.  o 

o 
3 

i  y 

10.80 

9°°S 

Riimker8i56  .... 

7.6 

«o  32.53 

68.8 

2 

2.742 

4-  16  20  11.3 

57.2 

4 

10.82 

9006 

DM.  +  36°,  3970     .    . 

8.0 

20  10  33.  99 

77-4 

3 

+  2.233 

+  36  4i 

4-  10.82 

9007 

O.  Arg.  S.  20384  .    .    . 

7.0 

10  34-  59 

68.7 

2 

3.58' 

-  24  19  36.5 

64.3 

6 

10.82 

9008 

B.  A.  C.  6978    .... 

6.8 

10  38.  24 

68.8 

2 

2.490 

4-  27  20  48.  7 

53-6 

6 

10.82 

9009 

O.  Arg.  S.  20388  .    .    . 

7-5 

10  42.  92 

67.1 

3 

3-444 

-  18  17  23.0 

66.7 

2 

10.83 

9010 

B.A.  C.  6977    .    .    .    . 

7.0 

10  43.  86 

59-7 

2 

3-  723 

—  30    3  26.8 

56.7 

6 

10.83 

9011 

Weisse  (2)  XX,  398    . 

6-5 

2O    10   58.  21 

69.  i 

2 

+  2-178 

4-  38  28  14.0 

47-6 

4 

4-  10.85 

9012 

Lacaille  8403  .... 

6-3 

"     7-73 

69.6 

2 

3.803 

~33     3    4-8 

63.8 

2 

10.86 

9013 

DM.  +  36°,  3977     .    . 

ii     9.81 

77-7 

2 

2-235 

+  36  4i 

10.86 

9014 

Weisse  (2)  XX,  41  2    . 

6.1 

ii   14.65 

68.7 

2 

2.237 

+  36  37  35-9 

69.0 

4 

10.87 

9015 

Lacaille  8404  .... 

6.1 

ii   15-74 

63.0 

3 

3-859 

-  35     i     8.  7 

67.3 

2 

10.87 

9016 

OOI7 

O.  Arg.  S.  20393  •    •    • 
<r    Capricorni    

8.9 
6.0 

20  ii   17.  n 
ii  1  8.  66 

63.3 
62.2 

3 
9 

+  3-  598 
3-  471 

-  25     5  58.  2 

—    IQ    77      8.  7 

67-3 
1:7.4 

2 

8 

+  10.87 
10.  87 

7         / 

QOl8 

8.8 

ii  18.  86 

68.8 

2 

3-4.71 

s  jj        i 

—    IQ    74      S.  7 

J  /  *  T^ 

5S.8 

I 

'   **t 

10.  87 

y*fm  ** 

9019 

B.A.  €.6982    .... 

7.0 

n  22.  15 

63.0 

4 

J     T^/ 
3-6II 

y  j^     j    i 

-  25  39  28.0 

J  J     v 

57-2 

9 

10.88 

9020 

Weisse  (2)  XX,  426    . 

ii  35-11 

77-7 

2 

2-235 

+  36  43 

• 

10.  89 

9021 

O.  Arg.  S.  20398  .    .    . 

8.0 

20  n  37.04 

69.  i 

2 

+      3-709 

-  29  33  59.  8 

65.0 

3 

+  10.89 

9022 

O.  Arg.  S.  20404  .    .    . 

7-8 

n  48.76 

69-3 

3 

3-710 

—  29  37  39-9 

67.7 

2 

10.91 

9023 

Lacaille  8406  .... 

6-5 

ii  48.97 

62.7 

2 

3.890 

-  36    6  42.  4 

71-5 

4 

10.91 

9024 

B.A.  0.6984    .... 

6.9 

1  1  50.  06 

69-3 

3 

3-710 

-  29  38     1.5 

66.4 

3 

10.  91 

9025 

Weisse  XX,  268  ... 

9.0* 

n  57.32 

47-8 

2 

3-349 

-  13  53  21.  i 

47.8 

3 

10.  92 

9026 

O.  Arg.  S.  20406  .    .    . 

7-8 

2O    12      2.  l6 

69.  i 

2 

+  3.610 

-  25  38  50.  8 

58.7 

2 

4-  10.  92 

9027 

Lacaille  8414  .    .    .    . 

7.0 

12   21.44 

70.0 

6 

3.804 

-  33  10  32.  i 

71.2 

6 

10.95 

9028 

B.A.  €.6987    .... 

6.0 

12    22.O7 

69.  i 

2 

3-482 

—  20    4  57.  6 

57.6 

2 

10.95 

9029 

0070 

Weisse  XX,  284  ... 
34  Cygni    

9.0 

S.  2 

12   36.68 
12    77    SI 

69.7 

7-5    2 

2 
4 

3-347 

2.  2IO 

-  13  47  19.0 

4-    VI    1$    S7.  7 

47.8 
6s  4 

2 
7 

10.97 

IO.  Q7 

y  j 
9031 

M.  Z.  200,  34    .... 

j    ~ 

'•   ji  •  j* 
2O    12   46. 

/  O*  •*" 

T 

+  3-469 

I     j  i    jj   j  l    t 

-  19  32  «7-2 

"J.  ^ 

61.7 

o 

2 

•  yl 

4-  10.98 

9032 

B.A.  0.6992   .... 

6-5 

12  54-  37 

63-5 

2 

3-376 

-  "5  13  23.0 

70.7 

4 

10.99 

9°33 

Weisse  XX,  296  ... 

8.8 

12    55-17 

68.8 

2 

3-353 

—  14    6     i.  9 

47.8 

2 

10.99 

9034 

B.A.  €.6989   .... 

6-3 

12   56.47 

62.7 

2 

4.096 

—  42  29  10.  6 

67.3 

•    2 

10.99 

9°35 
9036 

O.  Arg.  S.  20423  .   .    . 
/?    Capricorni     

7-7 
7.  S* 

12   57.09 
2O    I  7      8.  4Q 

64.  2 
S7.  7 

7 

22 

3.420 
4-  7.  176 

-  17  16     2.  i 

—    IS    17    17.  6 

65.6 

CO.  7 

2 

6 

10.99 
4-  11.01 

9°37 

O.  Arg.  S.  20429  .    .    . 

O    J 

7-5 

*  j      *"  ty 

13       11.87 

jj   i 
62.7 

S 

i    j  jt 
3.568 

j     j     j 

—  23  55    0.8 

jy    J 

58.7 

8 

II.  OI 

9038 

9°39 

M.  Z.  200,  35    .... 
K     Cephei  (ist*)  .    .    .   . 

8.4 

13       28.30 

I?    -32    O4. 

68.7 
60.  6 

2 
7 

4-  3.468 
—  i.  877 

-  19  3o  55-5 
4-   77    17    1C.  7 

55-8 
67.6 

3 
7 

11.03 
n.  04 

9040 

K    Cephei  (center)    .    .    . 

*O    ,>•""  *""t 
I  3    "?3. 

**Jr* 

o 

/  / 

—  1.877 

t     i/      i      j   i 

4-  77    17    l^.  I 

^J'  •* 

72.  <> 

6 

ii.  04 

*  J     JO' 

^  /  1 

i     1  1      t    »  j 

1         J 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


22Q 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

M 

3 

I 

c 

s 

3 

1 

IM 

O 

O 
% 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.0. 

J-, 

rt 
o> 
>•* 

§ 

s 

1 
'o 
6 

Annual 
Precession, 
1860. 

004.1 

it     Cephei  (ad*)    .... 

h.  m.      s. 
20  11  11.  Ql 

74-  4 

7 

s. 
—  1-877 

0          /            // 

-4-  77   17    13.  I 

6^.8 

2 

// 

-1-   1  1  .  04 

;T""t* 

9042 

Weisse  (2)  XX,  500  . 

6.2 

O   OJ    yj 
13  42-59 

68.7 

J 
2 

It 

+    2.  205 

i     //      /      jf 
+  37  So  35-  8 

"O1  v 

61.7 

2 

T                  ^ 
11.05 

9043 

B.  A.  C.  7001    .... 

7.0 

13   51.69 

68.7 

2 

2.  183 

+  38  34    3-4 

47-7 

5 

II.  06 

9044 

Lacaille  8418   .    .    .    . 

6-5 

'3  59-32 

62.  9 

4 

3-877 

-  35  49  12.8 

71-3 

4 

II.O7 

9045 

M.  Z.  36,  67  

7.6 

H  "3-75 

64-3 

2 

3.809 

-  33  29  32-  i 

65.2 

2 

II.O9 

9046 

O.  Arg.  S.  20442  .    .    . 

7.6 

20  14  18.91 

65.7 

5 

+  3-393 

-  16    4     1.2 

65.6 

3 

+     Il.Og 

9047 

O.  Arg.  S.  20439  .    .    . 

7.8 

14  19.56 

69.7 

3 

3-705 

-  29  35  42.7 

66.7 

2 

II.O9 

9048 

O.  Arg.  S.  20443  •    •    • 

8-3 

14  23.  30 

64.0 

3 

3-54° 

-  22  47  15.3 

65.2 

2 

II.  IO 

9049 

Weisse  (2)  XX,  521    . 

8.5 

14  27.83 

71.7 

3 

2.  242 

-j-  36  41  20.  6 

77-7 

6 

II.  IO 

9050 

Lalande  39141      .    •    . 

8.2 

H  33-91 

71.7 

3 

2.  242 

+  36  41  36.2 

73-6 

7 

II.  II 

9051 

QO12 

I.amont  502      .... 
Anonymous  

8.2 
Q.  O 

20  14  40.  27 
14  43.  66 

68.7 
65.7 

2 

4 

+   3-601 

7..  TO? 

-  25  25  53.8 

—    l6      4.    So.  7 

69.  2 
67.7 

2 
2 

+    II.  12 
II.  12 

y    j 

9053 
QOC4. 

Lacaille  8421    .... 

y,   ** 
6.9 

0,  O 

14  45-39 

Id.  4.8.  67 

62.4 
68.8 

6 

2 

O     O7J 
3.868 

-i   egg 

T^      J  7      1 

-  35  34  29.3 
—  24.  ?6  1  6  8 

II 

70.2 

6-?.  2 

4 

2 

II.  12 
II.  ll 

ywj*t 

QOSS 

Anonymous  

y  w 
8.q 

*t    *TW-       / 
11     ?•?.  2O 

73-  2 

4 

o'  j^y 

•3     -74.7 

-.4        J"       «  V.    V 

—  11  40  10  6 

•*J*  ** 

<;6  8 

3 

'     J 
II    14. 

y    jj 

9056 

Mer.  C.  Z.  133,  108      . 

**•  y 

9.0 

-tr   jo- 

20  14  53.  75 

/  J'  ™ 

68.7 

2 

O'  J*tJ 

+  3-  5°5 

•  j  *f  j^. 

—   21    17    23.6 

j"* 

56.7 

J 

2 

•  •i  **t 
+    »•  H 

9°S7 

Weisse  XX,  359  .   .    . 

9.0 

IS  '5-94 

71.7 

3 

3-342 

-  13  39  43-  7 

74-7 

2 

ii.  16 

9058 

O.  Arg.  S.  20458  .    .    . 

8.5 

15  33-40 

60.6 

2 

3.580 

-  24  36  35.  o 

58-7 

2 

11.  18 

9059 

Anonymous  .... 

9.2 

15  52.42 

69.1 

2 

3-458 

-  19  i°  35-7 

55.8 

2 

11.20 

9060 

0061 

O.  Arg.  S.  20465  .    .    . 

8.2 

6.0 

16     2.  13 

2O    1  6      2.  24 

60.0 

6q.  2 

3 

4. 

3-564 
4-  2  1578 

—  23  55  23-  6 

4-    24      O      62 

57-o 

72.  O 

5 

II.  22 

-{-    II.  22 

;7 

9062 

B.  A.  0.7011    .    .    .    . 

6.2 

16    6.  34 

:* 
63.4 

T^ 

4 

i    •  •  ;jf  ** 

3.700 

I        *"*T 

—  29  31  26.  7 

/  *"  ** 

60.5 

12 

II.  22 

9063 

Lalande  39208    .    .    . 

7-3 

16    7.  10 

66.7 

2 

3-089 

-    °  53  52-9 

67.8 

2 

II.  22 

9064 

B.  A.  0.7012   .    .    .    . 

6.6 

16  it.  61 

6l.8 

8 

3.619 

—  26  16  52.  3 

63.6 

3 

11-23 

9065 

B.  A.  C.  7014   .... 

5-5 

in  14.41 

71-7 

3 

2-977 

+    4  53  52-9 

68.2 

2 

11.23 

9066 

Weisse  (2)  XX,  592   . 

8.0 

20  16  15.  71 

77-4 

4 

+  2.246 

+  36  42  Si-8 

77-8 

I 

+    11-23 

9067 

O.  Arg.  S.  20468  .    .    . 

9.0 

16  15.87 

63.6 

4 

3.588 

-  24  58  43.  2 

61.7 

3 

11.23 

9068 

Weisse  XX,  387 

6-5 

16  18.95 

58.5 

4 

3-345 

-  13  5°  35-  ' 

47-8 

3 

II.  24 

9069 

O.  Arg.  S.  20470  .    .    . 

8.5 

l6   22.  70 

60.6 

2 

3.581 

-  24  42  15.6 

58.6 

2 

II.  24 

9070 

O.  Arg.  S.  20473  •    •    • 

8.9 

16  25.07 

63.6 

4 

3-588 

-  24  59  30.  3 

61.7 

3 

11.25 

9071 

Tr.  Z.  183,43   .    .   .    . 

9.  i 

20  1  6  28.89 

68.7 

2 

+  3-  458 

—  '9  '3  "-7 

55-8 

2 

+    11-25 

9072 

O.  Arg.  N.  20423     .    . 

8.2 

16  48.  21 

76.7 

4 

0.782 

+  64  13  10.9 

73-7 

I 

11.27 

9073 

B.  \.C.70i8    .... 

6.2 

16  52.  10 

61.9 

5 

3.688 

-  29    6  51.0 

56.7 

7 

11.28 

9074 

Lamont  515      .... 

7.8 

16  53.04 

68.8 

2 

3-556 

-  23  37  57-o 

66.9 

4 

11.28 

9075 

Lacaille  8432  .... 

7.2 

"7    3-65 

62.7 

2 

3.820 

-  34    5  '2-0 

71.2 

4 

II.  29 

9076 
9O77 

O.  Arg.  S.  20482  .    .    . 

8.  i 
3.0* 

20  17    4.30 

17    12.  28 

68.7 
46.8 

2 
IO 

+  3-562 

2    III 

-  23  55  52-9 
_J_   IQ  48   ^6   3 

58.6 
67   7 

2 

6 

+    11-29 

I  I.  -7O 

9078 

71  Draconis  

3 
S.  1 

17    l6    Id. 

tf-w.   ••* 

67  7 

*•  *  j  • 
I.  OI  I 

i     jy  ^     J   '  j 

-f-  61  48  48.  8 

/    / 

60.  7 

6 

•  ••  ,y 

IT     71 

9079 

B.  A.  0.7021    .... 

J     J 

6.9 

•  /    •  v-  **fr 
17    21.13 

/  '    / 

61.  i 

6 

3-635 

-  27    o  28.  i 

64.7 

4 

.  «.  j* 

11.31 

9080 

Lamont  517      .... 

8.9 

17   22.  36 

64.0 

3 

3-523 

22    14      4.  I 

68.3 

2 

11.31 

230 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

h 

• 

! 

c 
3 

<u 

s 

1 

*M 

O 

o 

to 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 
<u 
^ 

G 

3 
e 

s 

4J 

o 

*0 

6 
*& 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

9081 
0082 

B.  A.  €.7023    .    .    .    . 
Anonymous      .... 

6.8 

8.  S 

20  17  25.47 
17   34.86 

76.8 

68.8 

2 
2 

+  3-3io 
3.800 

-  12     9  18.  7 

—     33    4C     77.  C 

74.7 

56.  6 

2 
1 

+   "-32 

II     77 

:?    w 

9083 

Lacaille  8439   .... 

J 

6.8 

*  /      3^ 

17  37-84 

68.8 

2 

j'  ****y 

3-782 

JJ    ^J    JJ'  J 

-    32    46    56.   I 

65.7 

j 
2 

*  *•  Jj 

"•33 

9084 

Weisse  (2)  XX,  641    . 

8-3 

17  47.60 

73-5 

5 

2.  187 

+  38  45  36.  3 

65.3 

3 

11-34 

9085 

B.  A.  C.  7025    .... 

6.0 

17   48.  21 

62.  7 

5 

3-929 

—  37  5'     9-6 

70.  o 

3 

H-34 

9086 

Weisse  (2)  XX,  643    . 

7.0 

20  17  51.  14 

73-5 

5 

+    2.  I87 

+  38  45  46.  2 

60.5 

8 

+  ii-35 

9087 

B.  A.  €.7026    .    .    .    . 

6.6 

17  56.96 

63.  2 

6 

3-696 

-  29  31  31.6 

63-7 

9 

ii.  36 

9088 
0080 

Lalande  39247      .    .    . 
•an  Cvi?ni 

'7.8 
5.0* 

18  12.  54 
18  16.  17 

59-7 

?Q.  6 

2 
2 

3-376 
2.  2QI 

-  15  26    0.4 

4-    31    44.   23    5 

55-7 

C^     C 

6 

7 

11.38 
ii   38 

ytr+ry 

9090 

O.  Arg.  S.  20501      .    . 

J 

8.6 

18  41.  99 

jy 
68.8 

3 

Jy 

3.500 

I       J*     <TT    ~J-  J 

—    21    15    44.0 

JJ-  J 

56.7 

J 
2 

*  *  -  ju 
11.41 

9091 

O.  Arg.  S.  20502  .    .    . 

8-5 

20  18  45.  12 

62.9 

4 

+  3-  587 

-  25     4  51-3 

66.7 

2 

+  ".41 

9092 

O.  Arg.  S.  20503  .    .    . 

8.2 

1  8  46.  70 

69.  2 

2 

3-539 

-  23     o  39-4 

62.6 

2 

u.  42 

9093 

B.  A.  C.  7030   .... 

7-1 

18  53.99 

62.O 

3 

3.688 

-  29  16  12.  7 

60.  7 

4 

11.42 

9094 

O.  Arg.  S.  20508  .    .    . 

8.0 

18  57.82 

73-o 

3 

3-49° 

—  20    o    5.  5 

67.7 

2 

H-43 

9095 

0006 

O.  Arg.  N.  20475     •    • 

8.2 

?.o 

'9    3-95 
20  19  18.  23 

76.8 
60  3 

3 

no 

3-795 

-4-      3.  4.4."? 

+  64  ii 

—    1  8   4.O      2    5 

67   7 

6 

"•44 

_1_      I  T      .1C 

•yvyv 

9097 

B.  A.  C.  7032    .... 

y 
7.0 

19  22.71 

V7-  J 

61.0 

jy 
3 

T      J    T'T'O 

3-673 

l\J     lfi-r          *..    J 

-  28  43  10.  5 

wi  •  / 

58.7 

3 

r    *  *  -  TV 
11.46 

9098 

B.  A.  C.  7033   .... 

7.0 

19  29.65 

62.1 

3 

3-7°' 

-  29  49  53-  i 

54-7 

2 

"•47 

9099 

B.  A.  €.7034   .... 

6.7 

'9  37-36 

62.7 

3 

3.608 

-  26    3  54.9 

64.4 

3 

11.48 

9100 

Lacaille  8450  .... 

6-3 

•9  37-47 

66.2 

2 

3-836 

—  34  52    6,7 

67-3 

2 

11.48 

9101 

O.  Arg.  N.  20493     •    • 

20  19  40. 

t       f 

+  0.800 

+  64  14  40.  7 

76.0 

4 

+  11.48 

9102 

B.  A.  0.7036    ,    .    .    . 

6-3 

19  47.04 

67.7 

3 

3.870 

-  36    3  15-9 

63-7 

2 

11.49 

9103 

Tr.Z.4l,5o     .    .    .    . 

9.0 

19  50.  90 

68.7 

2 

3-863 

-  35  49  20.  3 

66.3 

2 

11.49 

9104 

O.  Arg.  S.  20521  .    .    . 

8.5 

'9  53-35 

60.5 

3 

3-548 

-    23   28   22.0 

54-8 

7 

11.50 

9«05 

O.  Arg.  N.  20498     .    . 

20    o.  54 

76.8 

2 

o.  803 

+    64    12 

11.50 

9106 

B.  A.  C.  7039    .... 

6-5 

20  20  10.03 

68.4 

3 

+  3-574 

-  24  37    6.  9 

64.  I 

3 

+   11-52 

9107 

B.  A.  C.  7040    .... 

6.8 

20  25.  92 

63-3 

5 

3-  569 

—  24  26  29.  5 

57-5 

7 

11.54 

9108 

Weisse  XX,  498  ... 

7-5 

20  37.  26 

68.7 

2 

3-337 

-  '3  36  54-  o 

67.7 

S 

U-55 

9109 

Weisse  XX,  499  .    .    . 

7.S 

20  38.  75 

68.7 

2 

3-337 

-  13  36  44-  2 

67.7 

5 

n-55 

9IIO 
QJII 

O.  Arg.  S.  20533  •    •    • 
p     Capricorni    . 

7.0 

A,  O 

20  51.  67 

20  20  52.  27 

72-3 

63    2 

3 

67 

3-499 

_1_      1     A-I-t 

-   21    21    42.4 

—  -  18  16  24.  5 

69.6 
62.  4 

2 

Id. 

"•57 

+     11     C7 

y 
9112 

B.  A.  0.7044   .... 

If.  VJ 
7.0 

21      O.  70 

VJJ.  4 
63.3 

w/ 

8 

~     J'  TOj 

3-434 

—  18  19  56.  7 

69.8 

*^ 

3 

1  *•  J/ 
11.58 

9»3 

B.  A.  0.7049    .... 

6-5 

21     18.  08 

62.9 

3 

3-532 

-  22  51     8.8 

64.0 

3 

11.  60 

9114 

O.  Arg.  S.  20544  .    .   . 

7.2 

21    23.38 

6l.9 

3 

3-542 

—  23  18  28.8 

53.7 

6 

II.  6O 

9115 
9116 

B.  A.  0.7053    .... 

7.0 

6.  ? 

21  50.  68 

2O   21    52.  04 

67.  o 

67    2 

3 

3-448 

-L    I   4.4.8 

-    19      2  47.  S 
—    IO      2    36    I 

58.  9 

eg    q 

8 

I  f 

II.  64 

_L       ft      flA 

9117 
9118 

B.  A.  €.7057    .... 

J 

6.2 

6.0* 

22   21.93 
22   23   OtJ 

*"'/  •    *• 

61.9 

66  q 

10 

\        J'  T-t^ 
3.689 

2    227 

*-y       •*    ow<   * 

-  29  34  41.8 

-r-      37      l8     57      I 

J"-  J 

58.1 

J.7    7 

9 

7 

1          11.   U*|. 

II.  67 

I  I     67 

y 

9119 

QI2O 

Weisse  XX,  545  ... 
(ji   Cygni    

8.0* 

5.  7 

*.j.  u  3 

22  29.  77 

22    4.1    SO 

•"*•  y 

47-8 

1:7    7 

2 

*..  *.*$ 

3-  333 
I.  821 

1        J/     J"     J/  '   * 
-      13     29     32.3 
L.     A&    CC     1  7    O 

•+/  •  / 

47.8 

65.  8 

/ 

3 

2 

11.68 

1  1    7O 

y  •  *-v 

j    1 

m     TO*    J1-' 

Jl  '   I 

't*-7    J  J     *  J'  *' 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


231 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

8 

>. 

i 

V 

S 

i/j 

i 

lM 

o 
6 
X 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

L 

rt 
V 
P-> 

C 
rt 

U 

s 

1 

"o 

£ 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

9121 

Lament  1  201    .... 

6.0 

20    23    13.47 

62.2 

6 

+  3-373 

15  31  15-4 

61.3 

7 

+  "-73 

9122 

Lalande  39496     .    .    . 

6.8 

23    17.50 

71.7 

3 

2.  198 

+  38  5'  53-7 

56.3 

5 

11.74 

9>23 

DM.  +  38°,  4103     .    . 

8.0 

23    '9-  21 

71.7 

3 

2.  197 

+  38  54  42-  7 

68.8 

2 

11.74 

9124 

QI  2C 

O.  Arg.  S.  20569  .    .    . 
A.  i   Cvpni 

8.2 

=;  o 

23    25.96 
27   40.  ^4 

59-4 

46.  < 

2 
C 

3-53' 
2.  44Q 

—   22   58    19.  I 

4-  29  54  12.  4 

57-5 
70.  3 

4 
7 

11.75 
ii.  77 

y1  £j 
9126 

o  I  ?7 

O.  Arg.  S.  20573  .    .    . 
Anonymous 

j' 
9.1 

Q    O 

"J     f***    J*T 

2O            23           42.       07 

21   4.6.  ?6 

tv-  j 

68.7 

68.7 

J 

2 
2 

*,.  -ft' 

+  3-532 
i.  ??T 

-  23    I    3.2 

—   2\      T,      2.4 

63-3 
55.  7 

5 
i 

+  11-77 
II.  77 

y1^/ 
9128 

0.  Arg.  S.  20575  .    .    . 

7*  ** 

8.2 

•**  o   "rV  / 

23  49-  H 

"*"   / 

63-7 

3 

O    JJO 

3-674 

J      j      *"  ^ 
-  29     4  17.9 

63.6 

2 

/  / 
11.78 

9129 

Lament  1205    .... 

9.1 

23  50-92 

65.7 

3 

3-372 

-   15  28     6.9 

67-7 

2 

11.78 

9«3° 

OI  71 

O.  Arg.  S.  20578  .    .    . 

7.0 
6.0* 

23  58.  48 

2O   24     O.  Oti 

63.6 
59.  6 

S 

2 

3-584 

+    2.  286 

-   25    30   22.  3 

+  35  59  2'-° 

71.  i 
53-6 

3 

3 

11.79 
+  I!-79 

y1  jl 

9132 

Lacaille  8471   .... 

6-5 

^             j 

24    o.  18 

jy*  *• 

74-7 

4 

4.046 

-  4i  59  21.9 

7°-3 

3 

11.79 

9'33 

Lacaille  8476   .... 

7-  i 

24    o.  68 

63-7 

4 

3-744 

-  3»  5'     9-3 

67.7 

3 

11.79 

9«34 

B.  A.  C.  7069    .... 

7-5 

24     1-38 

63-7 

4 

3-523 

-  22  37  27.  2 

66.  i 

5 

11.79 

9135 

B.  A.  C.  7070    .... 

7.8 

24    3-55 

63.7 

4 

3-523 

-  22  37  52.8 

69.7 

4 

11.79 

9I36 

B.  A.  0.7071    .    .    .    . 

7-  1 

20   24      9.  58 

62.5 

S 

+  3-673 

-  29    3  56-5 

62.7 

4 

+  11.80 

9137 

B.  A.  0.7076    .    .    .    . 

6.5 

24  1  1  .  60 

76.8 

2 

1.852 

+  48  27  17.5 

74-8 

2 

ii.  80 

9138 

Lacaille  8475    .... 

7-5 

24  27.81 

65.7 

2 

4.012 

-  41     i  47.8 

66.7 

2 

11.82 

9«39 

Piazzi  X5?,  177    ... 

7.0 

24  30.  90 

66.8 

3 

2.866 

+  10  47  28.  3 

64.8 

2 

11.83 

9140 

B.  A.  C.  7077    .... 

6.2 

24  31.  86 

62.  i 

4 

3-585 

-  25  24  47.  6 

67.8 

2 

11.83 

9'4i 

Piazzi  XX,  179    ... 

7.0 

20  24  31.  87 

66.8 

3 

+  2.866 

+  '0  47  31.9 

64.8 

2 

+  11-83 

9142 

B.  A.  0.7080    .    .    .    . 

6.0 

24  44.  38 

77-  S 

6 

3.269 

-  10  19  40.4 

68.2 

2 

11.84 

9H3 

Weisse  XX,  610  .    .    . 

7-5 

24  53-  66 

7'-7 

3 

3-236 

-    8  40    o.  7 

56-7 

2 

11.85 

9144 

O.  Arg.  S.  20595  •    •    • 

8.9 

25    9-58 

67.6 

2 

3-372 

-  15  32  58.0 

65.6' 

3 

11.87 

9'45 

Lacaille  8485    .... 

7.0 

25  '4-  31 

61.8 

3 

3.688 

-  29  45  57.  8 

66.6 

2 

11.88 

9146 

Tr.  Z.  180,  37  .    .    .    . 

8.2 

20  25  18.  24 

69.  i 

3 

+  3-494 

-   21    22    13.3 

56.7 

2 

+  n.88 

9U7 

OI  AS 

B.  A.  0.7081    .    .    .    . 

7.2 

91 

25  19.95 
25  25.  88 

63-7 

72    O 

2 

3-523 
3    COT 

-  22  42    8.  6 

—   21    4"?   4O.  7 

63-7 

72   4 

4 

3 

11.88 
it.  89 

y*4° 

OT  AO 

•  * 

A      2 

2C    A?    12 

/»•  w 

62.  8 

C 

•  jw* 
I    817 

f,  A      *f  J     Ifv.    1 

4-  48  28   <!7  O 

/  *"  T- 

64  8 

j 

2 

II    QI 

9149 
9150 

Lacaille  8487   .... 

t  •  ft 
6.2 

*"J     *TO-  J*1 

25  47-62 

62.7 

J 

4 

1  •  "  J  / 

3-929 

]         *TtJ      •**      J  /  *  w 

-  38  33  54-  9 

"*T"  ** 

62.7 

2 

*  *•  y* 
II.  91 

9ISI 

O.  Arg.  S.  20607  .    .    . 

8.2 

20   25    52.59 

71.8 

3 

+  3-  545 

-  23  43  28.  2 

57-7 

2 

+   II-92 

9152 

Lamont  7632    .... 

8.6 

26     7.  74 

70.0 

3 

3-073 

-    o    4  39-o 

68.5 

5 

11.94 

9153 

Lacaille  8492  .... 

6.2 

26    8.  84 

62.6 

S 

3-7i6 

-  3°  56  55-9 

70.4 

4 

11.94 

9'54 

OI  C  C 

B.  A.  C.  7087    .... 
£     Delphini            .... 

5.0 

A     O 

26  23.  59 

26    71    47 

76.8 
6j   o 

2 
r  -2 

3-344 
2.867 

-  14  ii  56.  i 

J_    lo  4Q   48    I 

72.9 

6d   4 

5 

11.96 
II    Q7 

»*J3 

9156 

O.  Arg.  N.  20663    •    • 

if.,    W 

7.0 

™    J*  •  *|.j 

20  26  33.  93 

**%•  y 

59-2 

J  J 

4 

+  1-849 

I         *w    *T7     ^"" 

+  48  44  33.  8 

"t-  *T 
67.8 

J 

2 

*-  yt 

+  n-97 

9'57 

O.  Arg.  S.  20621  .    .    . 

8.8 

26  52.38 

68.7 

2 

3-529 

-  23     4     9.3 

55-7 

3 

11-99 

9158 

QI  SO 

Weisse  XX,  664  ... 
<^3  Cygni            

9-5 
5.0* 

26  56.  10 
26  so  64 

61.2 

CQ     1 

2 

e 

3.358 
i  8so 

-  14  55    6.8 

-1-   4.8   44    S7.  1 

56.0 

??.  7 

3 
i 

11.99 

12.  OO 

y  *  jy 
9160 

Lamont  7645    .... 

J 

9.0 

*•"    jy'  "t 
27     11.35 

JV-  J 
69.4 

j 

3 

**  "jv 

3.074 

I     ^™   ^t   j  /  •  J 

—    o    7  51.9 

j  j   / 
70.7 

j 

2 

12.01 

232 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

w 

•o 
2 

1 

*2, 

Mean  Right 
Ascension, 
1  860.0. 

!• 

rt 
B 
>> 

G 
• 
B 

S 

t/3 

JD 
O 

"o 
o 
Z, 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 

s 

rt 
V 

S 

1 

It- 

o 
6 

s? 

Annual 
Precession, 
1860. 

i 

0161 

»    Delphini   

C  o 

h.  m.      s. 

2O   27    IQ    73 

6Q.2 

4 

s. 

+    2.  8^4 

0         /              // 

-4-  12  12  I;Q  7 

68  i 

2 

ff 

-f-    1  2.  O2 

y 
9162 

Lalande  39655     .    .    . 

J 

8.0 

*.  v    *./     *7    t  J 

27    26.  20 

y 

70.4 

3 

-|—         «..     «->J*f- 

2.  801 

j     jy-  / 
+   H  H  14-5 

>**•  j 
67.8 

2 

12.03 

9163 

B.  A.  C.  7093    .... 

7.0 

27  27.90 

61.6 

10 

3-623 

-  27  15  13.0 

57-7 

7 

12.03 

9164 
9165 

Lacaille  8497  .... 

6.4 

4.  o 

28  23.  24 

28  4S.  74. 

62.  9 

46.  7 

4 
3 

4.023 
2.801 

-  41  42  31.0 

-f-    14    II    37   4. 

67.8 
70  s 

3 
•j 

12.  10 

12,12 

0166 

M  Z.  16  71 

7.  O 

tj.  jn 
20    29      5.  28 

64    2 

2 

«*»»J 

4-  •?  788 

T       "T^     *  •     O/T" 
—    -j-j    cc    -57   o 

/  v-  j 

68  7 

j 

2 

-4-     12     1C 

y  vv 

9167 

Weisse  (2)  XX,  994    . 

/  •  y 

7.0 

29   5.96 

"*T-  * 

73-  » 

4 

I"    J.  /*J«J 

2.259 

JJ     J  J     *>/  *  w 

+  37  22  19.7 

uo.  / 

65-7 

3 

T      •«•  «3 

12.15 

9168 

Weisse  XX,  727  .    .    . 

8.3 

29  10.  62 

68.7 

2 

3-322 

-  13  13  17-2 

74-7 

2 

12.15 

9169 

Weisse  XX,  728  ... 

7-5 

29  10.  80 

68.7 

2 

3-322 

-  13  13    8.0 

61.2 

2 

12.  15 

9170 

B.  A.  C.  7112  .... 

6.0* 

29    19.  96 

68.7 

4 

1.963 

+    46    12    54.  I 

53-6 

3 

12.  16 

9171 

QI72 

O.  Arg.  S.  20654     .    . 
r1    Capri  corni            .    . 

8-3 
6  « 

20  29  27.  73 

2Q    2Q.  06 

64.7 

jc    7 

4 

2 

+  3-497 

3l6Q 

—  21  49     8.8 

—     1C     37    AJ    o 

61.0 

71     2 

3 

+  12.17 

12     17 

y  / 
9173 

B.A.  C.  7108    .... 

j 

6.2 

29  31.71 

TO*   / 
62.1 

7 

•  J**y 

3-581 

1  j  j/  4o*  y 
-  25  35  36-5 

/**  * 

56.2 

9 

«»  */ 

12.  18 

9'74 

B.A.C.7III    .   .    .    . 

7-i 

29  32.01 

63.0 

13 

3-521 

-  22  55  40.2 

58.7 

7 

12.  18 

9'75 

B.A.  €.7114   .... 

6.0* 

29  33-03 

62.7 

2 

2.  l6l 

+  40  37    3.  6 

72.9 

5 

12.  18 

9176 

Weisse  XX,  743  .   .   . 

8.0 

20  29  38.05 

66.7 

2 

+  3-035 

+     2    o  47.  6 

68.7 

2 

4-  12.  18 

9'77 

9178 

B.A.  €.7113   .   .    .    • 
B.  VI.  20>>  54  . 

6.6 

*  8 

29  47-43 

2Q    47    62 

62.4 

68.  7 

16 

2 

3.560 

34.4."? 

-  24  42  47.  6 

—    IQ    IS    41    2 

60.3 

re   8 

5 

2 

12.  19 

12.  IQ 

9179 

DM.  +  37°,  3984    .    . 

9.0 

*-y   T/  *  **" 

3°    3-34 

69.4 

3 

•  4-tJ 
2.521 

y  •  j  «!•*«* 

+  37  26    4.5 

jj1  w 
48.6 

I 

12.  21 

9180 

B.VI.  2ob,55  .... 

8.5 

30  10.  88 

71.7 

3 

3-443 

-  '9  16  43-3 

55-8 

2 

12.22 

9181 

O.  Arg.  S.  20675  •   •    • 

8-5 

20  30  12.43 

63-7 

S 

+  3-498 

-  21  54  35-7 

61.2 

6 

+    12.22 

9182 

Weisse  XX,  755  ... 

7-5 

30  16.27 

69.6 

2 

3-288 

-  I'  3i     3-3 

68.3 

2 

12.23 

9«83 

B.A.  €.7116   .    .    .    . 

6-3 

30  17.78 

68.7 

2 

3-489 

-    21    28   43.  I 

57-i 

S 

12.23 

9184 

M.Z.59,1    

7-6 

30  22.  55 

68.7 

2 

+  3-  778 

-  33  39  48.  9 

65.6 

2 

12.  24 

9I8S 

B.A.  0.7124   .    .    .    . 

6.0 

3°  34-  84 

67.  o 

3 

—  o.  197 

+  72    3  24.9 

67.2 

17 

12.  24 

9186 

Weisse  XX,  767  ... 

8.2 

20  30  37.  67 

68.7 

.  2 

+  3-3I9 

-  13    6  58.  i 

69.4 

3 

+    12-25 

9187 

Lacaille  8509  .... 

6.7 

3°  54-  74 

69.7 

4 

3-855 

—  36  31   16.  o 

62.7 

3 

12.27 

9188 
9189 

DM.  -f  27°,  3809    .    . 
P    Delphini  

8-3 

A    e 

30  55.  66 

1O    c8    07 

70.  i 
46.  o 

2 

6 

2.522 

+    2.  806 

+  27  27  50.6 
-4-   14     6  ~n  8 

69.7 
70.  8 

2 

12.27 
12.  28 

9190 

B.A.  0.7184    .    .    .    . 

T"   J 

s.o* 

Ju   ->°-  yj 

31     1.61 

61.8 

2 

-43-  539 

1      **r      w    jl  •  " 

+  88  42    3.  o 

66.7 

2 

12.28 

9191 

9192 

Weisse  XX,  779  .    ..  . 
27  Vulpeculae    

8.2 
6.2 

2O  31      4.OO 
-?  T        6    A.1 

68.7 

67  7 

2 
:; 

+  3-3I9 

2    CC7 

-  '3    8  39.7 
J-   zt   eg   id  o 

69.  2 

60.  o 

3 
g 

+    12.28 
12.  28 

9193 

B.A.  €.7123    .    .    .    . 

6.5 

O*           "•  T-1 

31     8.87 

**/  •  / 

6o.7 

O 
2 

•  Jj/ 

3-396 

\        j   ju  jv-  y 
-    17      2  49.  I 

54-6 

2 

12.  29 

9194 
919$ 

Lacaille  8513   .... 
T3   Capricorn!     .... 

6.5 

6.0 

31  22.43 

•31     26    AI 

62.  7 

67    2 

S 

6 

3-847 

3-j6j. 

-   36    17    '7-2 
—    1  1    26    ^14    C 

70.9 

7O    4 

4 

12.  31 

12     71 

9196 

O.  Arg.  S.  20697     •    • 

8.8 

J  *      *W«  *fl 

20   31    30.41 

uj.  -i 

68.8 

2 

•  J'-'T- 

+  3-486 

1  J      AV/      JT"   J 

—   21    25    39.0 

/•**  T 

6O.O 

3 

•  «•  Jl 

+     12.31 

9'97 

Lacaille  8512  .    .    .    . 

5-8 

31  31-32 

66.7 

2 

4.052 

-  42  53  22.3 

66.8 

2 

12.32 

9198 

Lacaille  8517   .... 

5.8 

31  32.26 

62.6 

8 

3-782 

-  33  55  25.4 

67.1 

3 

12.32 

9199 
9200 

Rumker  8494  .... 
48  Cygni     

2.6 

6.2 

3«  38-  18 

71     CO    Id 

77.0 

60    7 

4 

2 

2.515 

2   437 

-f-  27  18    o.  2 

-t-    "U      ?      7.6 

77-8 

7O   8 

2 
•1 

I2.J4 
12    34 

J*       J"'    JT- 

"y-  / 

t  j/ 

i    j  •     j     /  •  w 

/  V. 

J 

1  •«  Jf 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


233 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

ui 

•8 

IM 

O 

6 

£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 

>•» 

1 

1 

-o 
o 

fc 

Annual 
Precession, 
1860. 

Q2OI 

Anonymous               .    . 

Q    s 

h.  in.      s. 

2O    31    CT    41 

6q.  7 

i 

s. 

J-      -7.   380 

0           /           // 

—    1641    C.7.  7 

61.7 

I 

// 

4-    12    14 

7 

9202 

B.  A.  0.7132    .    .    .    . 

7     J 

7.0 

*•"    J  *     J       ^O 

3'  Si-48 

y  1 
69.7 

2 

i     j   j^y 
2.438 

*t  J   j  /  '  I 

+  3>     2    9-7 

J      4 

68.3 

2 

T^        *••  ot 
12-34 

9203 

B.  A.  €.7128    .    .    .    . 

6-5 

3i  5«-54 

61.9 

5 

3-548 

-  24   16  57.0 

59-5 

6 

12-34 

9204 

B.  A.  €.7130    .    .    .    . 

6.5 

31  56.06 

76.8 

3 

3  '25 

2  54     8.9 

74-8 

2 

12.34 

9205 

DM.  +  37°,  3998     .    . 

8.5 

32    0.72 

71-7 

3 

2.251 

+  37  54  56.  2 

61.3 

2 

12-35 

9206 

O.  Arg.  S.  20709  .    .    . 

8.8 

20   32      4.  13 

68.8 

2 

+  3-486 

-  21   27     5.5 

56-7 

3 

+     12-35 

9207 
0208 

B.  A.  €.7133   .    .    .    . 
v     Capricorn!     

6.7 

c    o 

32    4-  44 

12      4.  C4 

62.6 
60.  i 

8 

12 

3-  55° 

-3.  4.27 

-  24  35  54.  6 
—  18  17  42.8 

69.6 

58.  7 

4 

•2-35 

12.  1? 

y 
9209 

DM.  +  37°,  3999    .    . 

J*  ** 

8.5 

j        ^-  j^ 

32    5-47 

75-o 

3 

j*  ^*/ 

2-255 

J  1     *t*" 

+  37  47  21.0 

Jv      / 

65.7 

3 

Jj 
12-35 

9210 

Lalande  39884     .    .    . 

7.0* 

32    5-  99 

69.6 

2 

2.  26l 

+  37  36  40-  i 

65.7 

3 

«2-35 

9211 

Lalande  39885     .    .    . 

6.0 

20  32     7.  66 

69.0 

3 

+    2.254 

+  37  5°  36.  8 

47.2 

5 

+  12-36 

9212 

B.  A.  0.7135    .    .    .    . 

7-i 

32    8.54 

61.8 

6 

3-634 

-  28    4  42.  i 

60.9 

5 

12.  36 

9213 
9214 

B.  A.  €.7136    .    .    .    . 
I     Aquarii      

6.0 
6.0 

32  "-63 

72    14.  2Q 

68.7 

71.  S 

2 

4 

3.612 
i  072 

-  27     8    9.  5 
—    o    011.7 

65-3 

60      I 

2 

12.36 
12    l6 

9215 

B.  A.  0.7139    .    .    .    . 

7.0 

O**     **t"  ™y 

32    22.  22 

/  j  j 
61.6 

5 

j     t 
3.656 

-  29     2  29.  9 

"jr1  * 

65.2 

2 

*-  o 

12-37 

9216 

B.  A.  0.7146   .    .    .    . 

7.0* 

20  32   35.29 

59-3 

3 

+  2.783 

-f  "5  20  54.5 

56.7 

4 

+  iz-39 

9217 

Lacaille  8529  .    .    .    . 

6-3 

32   42.  24 

62.4 

3 

3-731 

-  32    5  23.6 

68.1 

2 

12.40 

9218 

O.  Arg.  S.  20728  .    .    . 

7-7 

32   48.63 

68.8 

2 

3-440 

-  19  16    6.  2 

55-8 

3 

12.40 

9219 

Rtimker85i3    .    .    .    . 

7.8 

32   56.02 

69-3 

2 

2.250 

+  38    3  3i-5 

47.8 

2 

12.41 

9220 

B.  A.  0.7147    .    .    .    . 

6.5 

33    2.49 

64.  i 

3 

3-595 

-  26  29  34.  3 

64.7 

2 

12.42 

9221 

0222 

B.  A.  0.7148    .    .    .    . 
a     Delphini        . 

6.8 

•j    e 

20  33    5.  04 

-!-,         g     08 

67.7 

re    c 

3 
6 

+  3-642 

2    78j 

-  28  29  18.  9 

+     T  r     2C     17    8 

72.0 

eg  6 

4 

+  12.42 

12    A1 

y~K 
9223 
9224 

Weisse  XX,  841  ... 

•5*  j 

8.0 

c    c 

JJ         0.  VJO 

33  17-54 
ll  18  88 

JJ'  J 
70.4 

66.2 

3 

2 

-  /°j 

+  3-  206 

—   O   7O1 

1  3     ^3     *  J*  ° 

7  17  22.6 

_L    7*    28   2C    7 

J°-  u 

70.2 

CQ    C 

2 

1  *•  *+j 
12.44 
12    ,14 

9225 

Anonymous  

J'  J 

7  8 

jj 

•11    21    72 

68.7 

2 

•*•  /"j 

+    1    241 

[      it   *•"   ^3-  / 
O       7     C4     C 

jy-  j 
6?    7 

2 

•  *••  ff- 
12    44 

9226 

Weisse  (a)  XX,  1140  (ist*) 

/  •  " 

8.3 

JJ    •*••*/* 

20  33  22.  1  1 

69.0 

3 

J-  **t  • 
+    2.248 

y    /  ->-+•  b 
+  38    9  24.  i 

Vl/  .    / 

48.0 

5 

*•*••  *Hr 

+  12.44 

9227 

Weisse  (2)  XX,  1140  (2d*) 

7-3 

33  22.88 

69.  2 

2 

2.  £48 

+  38    9    9-5 

47-8 

4 

12.44 

9228 

D.  M.  +  37°,  4010  .    . 

8.2 

33  23.39 

74-4 

3 

2.  26l 

+  37  42  17-3 

75-7 

4 

12.44 

9229 

Weisse  XX,  846  ... 

8.0 

33  26.80 

74-4 

3 

3.206 

7  '6  32-  i 

7O.  2 

2 

12.45 

9230 

Weisse  XX,  847  ... 

8.7 

33  28.02 

62.  i 

3 

3-257 

-  10    o  57.4 

67.0 

3 

12.45 

923J 

Weisse  XX,  849  ... 

8.0 

20  33  31.12 

62.  o 

4 

+    3-259 

-  10    811.9 

61.8 

2 

+  '2-45 

9232 

Weisse  XX,  851  .    .    . 

8.5 

.  33  35-08 

69.9 

5 

3.207 

7  21     7.6 

69.8 

2 

12.45 

9233 

B.  A.  0.7155    .    .    .    . 

5.8 

33  42.  12 

66.2 

2 

3-953 

-  40    3  22.3 

70.7 

3 

12.46 

9234 

Weisse  XX,  860  .    .    . 

9.2 

34    2.  08 

60.7 

2 

3-34' 

-   "4  23  57.7 

55-6 

5 

12.49 

923S 

B.  A.  0.7158    .    .    .    . 

6.0* 

34  26.  04 

59-6 

2 

2-193 

+  40     5     9.8 

53-8 

3 

12.51 

9236 

K.  A.  0.7159    .    .    .    . 

7.0 

20  34  41.67 

59-5 

6 

+  3-423 

-  18  36  27.3 

55-9 

5 

+  «2.53 

9237 

Lacaille  8537   .    .    .  •. 

7-5 

34  44-  13 

66.4 

8 

3.672 

-  29  54  53-  9 

64.8 

2 

12.54 

9238 

Riimker  8526  .... 

8.2 

34  53-  33 

67.6 

2 

2.037 

+  44  46    7.  8 

68.7 

2 

12.55 

9239 

O.  Arg.  S.  20762  .    .    . 

8.5 

34  55-  74 

68.7 

2 

3-451 

-  19  59    6.  6 

63.2 

2 

12.55 

9240 

B.A.  0.7162    .... 

6.6 

35  16.09 

63-7 

4 

3-5'3 

-  22  57    8.9 

65-3 

2 

12.57 

234 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

1 
a 

rt 

<u 

1 
O 

o 

a 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

hj 

9 

i> 

S 

£ 

o 

o 

Annual 
Precession, 
1860. 

9241 

O.  Arg.  S.  20765  .    .    . 

8.3 

h.  m.      s. 
20  35   16.47 

65.2 

2 

s. 
+  3-  562 

0          /             // 

-  25   II   26.  4 

67.7 

2 

+  12-57 

9242 

Lacaille  8539  .    .    .    . 

6-7 

35  23-44 

63-7 

4 

+  3-734 

-  32  25  45.  2 

68.7 

2 

12.58 

9243 

B.  A.  0.7169    .... 

6.0 

35  30.57 

68.8 

2 

-  3-467 

+  80  57  19.  8 

65.0 

2 

12-59 

9244 

Weisse  XX,  905  .    .    . 

8.5* 

35  41-83 

64.6 

2 

+  3-027 

+     2  29  45.  8 

66.8 

2 

12.  60 

9245 

B.  A.  0.7167    .... 

6.0* 

35  46.02 

64.7 

3 

2.  242 

+  38  35     6.  7 

53-6 

3 

12.  6l 

9246 

Lacaille  8540   .... 

6-4 

20  35  46.  06 

62.  9 

6 

+    3-836 

-  36  19  47.6 

63-3 

5 

4-  12.  61 

9247 

B.  A.  0.7168    .... 

5-5 

36     6.91 

62.7 

4 

3-641 

—  28  42  20.  i 

66.7 

2 

12.  63 

9248 

Tr.  Z.  61,12     .... 

6.0 

36  19.81 

69.  2 

4 

3-817 

-  35  40    7-  2 

7O.  2 

7 

12.  64 

9249 

Weisse  XX,  924  .    .    . 

8.  i 

36  22.  79 

71.7 

3 

3-073 

-    o     i  53.  i 

64.7 

2 

12.  65 

Q2CO 

a     Cv£ini 

2.  I* 

36  39.  55 

52.4 

'5' 

2.043 

-|-  44  46  53.4 

50.6 

104 

12.  67 

y   j 
9251 

DM.  +  34°,  4125     .    . 
Lamont  595 

8-3 
8.5 

20  36  41.  17 

16  4~l.  80 

73-9 
60.  o 

4 
5 

+    2.  348 
3.478 

+  34  56  14-  5 
—  21  23  41.  9 

69.7 
58.0 

2 

8 

+    12.67 
12.  67 

9253 

B.A.  0.7170    .... 

6.  i 

ov   tj-  v 

36  48-  47 

63-7 

3 

3-6I7 

-  27  45    3-  5 

65.I 

3 

12.68 

9254 

Lacaille  8546  .... 

7-5 

36  48.  74 

63-7 

4 

3-694 

-  30  58  54-  i 

70.1 

3 

12.68 

9255 

O.  Arg.  S.  20802  .    .    . 
75  Draconis  

8.6 

c    c 

36  48.  82 
20  36  51.  39 

,68,5 
68.8 

3 

2 

+  3-539 
-  3.  425 

-  24  15  37-8 
4-  80  56  25.  5 

66.7 
65.0 

2 

2 

12.68 
+  12.68 

9257 

B.A.  0.7172   .... 

J    J 

6.8 

36  51.85 

71.4 

3 

+  3-152 

•    4  25     3.  3 

68-5 

4 

12.68 

9258 

Lalande  40043     .    .    . 

6.0 

36  53-  25 

72.9 

5 

2-348 

+  34  57  23.4 

62.7 

3 

12.68 

9259 

Weisse  XX,  942  ... 

8.0 

36  58.  57 

62.  i 

3 

3-273 

-  10  59  36.  2 

70.  6 

3 

12.  69 

9260 
9261 

O.  Arg.  S.  20805  •    •    • 
Anonymous      .... 

7-3 

9C 

37    4.38 
20  37  n.  01 

69.8 

6q.  7 

4 
2 

3-541 
+  3-609 

—  '  24   22   44.  I 

—  27  26  41.  3 

66.7 
68.7 

2 

2 

12.  69 

+    '2.  70 

9262 

B.A.  0.7175    .    .    .    . 

•  J 

5-3 

37  1  1.  80 

7   / 
68.8 

3 

3-93' 

-  39  42  15-  i 

71.2 

4 

12.  70 

9263 

Lacaille  8549  .... 

6.2 

37  22.93 

63.0 

3 

3.841 

—  36  37  27-  9 

68.2 

2 

12.  72 

9264 
O26? 

O.  Arg.  S.  20812  .    .    . 
Anonymous 

9.0 
10.  o 

37  38.  17 

•37    4.2    4O 

69.  i 

6q  6 

3 
i 

3-476 
3.  814 

-   21    21    31.  I 

70.8 
62.8 

2 

I 

12.73 

12.  73 

y*^j 
9266 

i/*    Capricorni    

8.0 

j/    ***••  «rw 

20  37  47.  98 

\Sy.    V 

61.2 

1  1 

J'  r    T^ 

+  3-  57° 

-    25   46    15.0 

63-7 

3 

+   '2.  74 

7 

9267 
9268 

O.  Arg.  S.  20817  •    •    • 
17  Capricorni    

8.2 

37  59-05 

^8      2.  7-* 

68.2 

4?.  6 

4 
i 

3-538 
3.489 

—  24  18  11.4 

—   22      I    12.  3 

68.4 

70.  7 

3 
3 

12.  76 
12.76 

J7 

9269 

O.  Arg.  S.  20819  •    •    • 

7-5 

JU                    *     /   J 

38  3.26 

tj-  " 

64.8 

8 

3-536 

-   24    13   49.0 

68.2 

7 

12.  76 

9270 

B.  A.  0.  7181    .    .    .    . 

6-5 

38  4.28 

62.7 

6 

3.606 

-    27    22    29.4 

64.8 

2 

12.  76 

9271 

Lamont  3374   .... 

9-o 

20   38      4.  76 

61.8 

4 

+  3-  266 

-  10  37  36-  5 

61.8 

2 

+    12.76 

9272 

O.  Arg.  S.  20827  .    .    . 

7-o 

38  14.52 

65.2 

2 

3-  5,62 

-   25    25    17.2 

68.7 

2 

12.77 

9273 

O.  Arg.  S.  20828  .    .    . 
Anonymous       .... 

7-6 

38  15-84 

38  18.  14 

67.1 

61.8 

3 

2 

3-614 
•?.  261 

-  27  44  23.  o 
—  10  29  32.0 

66.7 
61.8 

2 
2 

12.78 
12.78 

9275 

O.  Arg.  S.  20833  •    •    • 

7'.  3 

38  20.  86 

67.1 

3 

j      j 
3-613 

-  27  41  25.6 

66.7 

2 

12.78 

9276 

Tr.  Z.  61,14     .    .    .    . 

7.8 

20  38   23.71 

68.7 

3 

+  3-812 

—  35  39  33-  5 

7O.  2 

2 

4-  12.78 

9277 
9278 

O.  Arg.  S.  20839  .    .    . 
30  Vulpeculse    .    :    .    .    . 

7-2 

6.0* 

38  36.  87 

38  48.  94 

68.7 

59-  2 

2 
7 

3-446 

2.  "IQ7 

-  19  56  46.0 
-f-  24  46  19.0 

58-4 

3 
3 

12.80 
12.81 

y   i 

9279 

Lamont  317  

8.8 

38  51.46 

61.8 

J 
2 

j  y  i 
3.624 

-  28  12  26.  3 

66.8 

2 

12.  8l 

9280 

B.A.  0.7187    .    .    .    . 

6.9 

38  58-  52 

62.6 

4 

3-594 

—  26  55  27.  8 

73-' 

6 

12.82 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


235 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Z 

>> 

C 
rt 
<u 

s 

1 

«M 

O 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

!• 

3 
o 

"?-, 

1 

•o 

1 

Annual 
Precession, 
1860. 

9281 

9282 

Lacaille  8559  .... 
Lament  318  

6.9 

8.  t. 

h.  m.      s. 
20  39  12.68 

-3O    27    2O 

63.7 

61.8 

2 

2 

s. 
+  4.048 

362d. 

°      /      // 
-  43  31     2.  7 
—  28   I  ^  4^.  o 

71    2 
65.8 

4 

2 

// 
+  12.84 

12.  85 

9283 

0284. 

B.  A.  0.7193    .    .    .    . 
5  2  Cygni 

J 

6.0* 
5c 

jy  *f  •  "• 
39  40.  27 

59.6 

76   7 

2 
2 

.    VJitf. 

1.289 

2/17  C 

f  60     5  52.  7 

_1       70     I  "7     1<"i    n 

53-7 

7/1    X 

3 

12.87 

12.  88 

y*.t-J4j. 

9285 
9286 

Tr.Z.27,30     .    .    .    . 
e     Aquarii      ... 

•  J 

8.4 
6  « 

39  52.  91 
40    3.  29 

20  4.0     1  66 

7U-  7 
48.8 

ee  o 

2 
71 

•  4/j 

3-753 

+     •}    2C1 

T  3°  *a  39-  9 

—  33  38    5-5 

—  10    o  20  "? 

/4-  o 
65.6 

56.  8 

2 

12.89 

+     12    QO 

9287 

B.  A.  €.7195    .    .    .    . 

j 
7.8 

40    6.  24 

jj'  u 

69.7 

J* 

3 

j-  ^DJ 

3-514 

-    23   21    29.0 

69.  2 

2 

**'  yu 

12.  90 

9288 

y     Delphini  (1st*)    .    .    . 

6.3* 

40    8.  89 

70.0 

4 

2.786 

+  '5  37  17-3 

69.9 

4 

I2.9O 

9289 

y     Delphini  (2d*)    .    .    . 

3-3* 

40    9-  77 

69.9 

4 

2.786 

+  '5  37  '7-2 

69.9 

4 

I2.9O 

9290 

B.  A.  €.7197    .    .    .    . 

6.7 

40  n.  15 

64.8 

7 

3-512 

-  23  '4  47-8 

72.7 

4 

12.  90 

9291 

O.  Arg.  S.  20859  .    .    . 

7-  i 

« 
20  40  19.  81 

68.7 

2 

+  3-39° 

-  17  H  55-4 

63.7 

2 

+    12.91 

9292 
9293 

O.  Arg.  S.  20857  .    .    . 
Lalande  40124     .    .    . 

8.6 

40  20.  05 
40  27.  46 

68.8 

CQ     fi 

2 
2 

3-499 

T    4.18 

-  22  35  15.5 

—     l8    A.2.    A.1    C 

66.7 

c6  7 

2 
7 

12.91 
12    Q2 

9294 

I.alande  40125     .    .    . 

40  28.  41 

jy-  v 

Cn    -I 

•I 

J-  flu 
7  418 

u    T*     T-J'   J 

—  1  8  42  tj  i  ,  o 

JW1  / 

ft      A 

j 

7 

*  •*  y* 
12.  Q2 

Q2Q? 

e     Cveni 

7   O* 

jy-  j 

-1C     7 

O 

2 

J-  410 

7    7n7 

+    1  1    ?ft   A%   n 

JJ'   ^ 

A1     8 

/ 
2 

*  *•  y* 

12    Q  ~* 

J    7  J 
9296 

Weisse  XX,  1023    .    . 

j-  v 

7-5 

40  32.  29 
20  40  32.  93 

45-  7 
67.  I 

3 

•*•  397 

+   3-257 

jj    **  4°-  9 

-  10  15  41.6 

47.  o 

69.7 

2 

•••yj 

+  '2-93 

9297 
9298 

Weisse  XX,  1022    .    . 
Anonymous  

8.1 

9O 

40  33-  23 
40  ^  T,  66 

68.8 

7C    O 

2 

3-307 

3727 

-    12    58      6.3 

T  A          f\         A      "7 

56-7 
68.  2 

2 
2 

12.93 

12    Q"? 

9299 

Lacaille  8574  .... 

.  \J 

7-5 

40  43-  93 

/J-  u 

65.2 

2 

•  J£l 
3-679 

*4      u      <t-  ^ 
-   30  42   2O.  2 

68.7 

2 

*  ••  y  j 
12-94 

93°0 

Weisse  XX,  1031     .    . 

8.5 

40  49.  77 

• 

60.6 

3 

3-328 

-  14    3  '7-2 

58.0 

9 

12.95 

9301 

B.  A.  C.  7205    .... 

6.0 

20  40  58.  48 

60.  9 

5 

+    3-576 

-  26  17  41.7 

65.0 

3 

+  12.96 

9302 

Weisse  XX,  1036    .    . 

9.0 

40  59.  oo 

60.  9 

3 

3-328 

-  "4    3  27-7 

61.  2 

4 

12.96 

93°3 
Q1O4 

Weisse  (2)  XX,  1357  . 
(t     Microscopii  .    . 

8.4 

5O 

41     12.13 

69-7 

ft-}    C 

3 
g 

2.388 

+  33  Si  45-° 

69.4 

3 

12.97 
1  2  n*7 

y  j   ^ 

9305 

Weisse  XX,  1057    .    . 

•  U 

6.7 

41    22.6O 

02.  5 
69.0 

3 

3-  767 
3-  016 

—  34  '  7  4°'  3 
+     3     8     6.6 

7°'  3 
66.8 

2 

i^.  y/ 
12.98 

9306 

Q1O7 

B.  A.  C.  7209    .... 
4     Cephei       .    . 

6.5* 

e   g 

2O  41    23.  83 

60.  o 

77     S 

3 

+  3-414 

-  18  32  58.4 

_L    f\&      R    rfi    c 

54-7 

-  ,     C 

3 
5 

+    I2.98 

yji 

9308 

Weisse  XX,  1059    .    . 

J-  ° 

9.0 

41     25.  72 
41    34.89 

77-  ° 
61.8 

3 

• 

3 

o.  767 
3-268 

—  j—    OD       o    SO-  S 

-  10  52  18.7 

72.  8 
68.7 

2 

12.  99 
13.00 

9309 

Weisse  (2)  XX,  1373  . 

6.0 

4'    35-42 

69.7 

3 

2.389 

+  33  5'  4i-3 

58.5 

4 

13.00 

9310 

B.  A.  0.7210    .... 

7-  i 

41    41.36 

65.5 

12 

3-  611 

-  27  52  58.3 

60.  5 

16 

13.00 

93" 

M.  Z.  128,  101  .    .    .    . 

9.2 

20  41  42.  66 

67.4 

6 

+  3-6u 

-  27  53 

+  i3-oi 

93»2 

O.  Arg.  S.  20884  •    •    • 

8.0 

41  42.96 

72.7 

2 

3-492 

-  22  24  35.  5 

65.7 

2 

13.01 

93'3 
9314 

DM.  +  33°,  4030     .    . 

^   Cygni   .  . 

9.0 

5O 

41  50.36 

A1     C7     ->R 

76.8 

ftR     7 

2 

2.389 

+  33  52  23.6 

69.2 

2 

13.01 

f  7   rf} 

93«5 

B.  A.  C.  7212    .... 

.  <J 

5-5 

41     57.  2& 
42       0.51 

uo.  / 

62.6 

2 

2 

2.334 
3-879 

+  35  58  4°-  7 
-  38  25  50.  4 

47-  2 
66.3 

4 

2 

I  j.  OJ 
I3-03 

93'6 

Lacaille  8585    .... 

6.2 

20  42    o.  86 

64-3 

2 

+  3-7»2 

—  32  14  28.8 

68.7 

2 

+  «3-°3 

9317 

Lacaille  8587   '.    .    .    . 

7-o 

42    8.  42 

61.7 

2 

3-721 

-  32  34  >4-  2 

71.1 

3 

13-03 

93i8 
9319 

B.  A.  0.7216    .... 
H    Cephei  . 

6.2 

1     (:* 

42  14.  62 

A"2.     26     T.A 

61.7 

69.  6 

7 

3-556 
i.  218 

-  25  29  46.  3 

57-5 
64.  8 

7 

13-04 
Uoc 

9320 

Lacaille  8586  .... 

J-  J 

6.6 

•  \..     &\J.  ^ 
42    28.  32 

63.7 

2 
2 

3.968 

4   61   17  49.  7 
-  4«  25  29.  7 

68.7 

4 

2 

•ui 
13.06 

236 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Nome  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

IH 

i 

OJ 

>^ 

C 
rt 
<u 

*£ 

JJ 

o 

"o 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

jj 

1) 
>* 

1 

1 

•_ 

O 

1 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0         /              // 

// 

9321 

B.  A.  0.7219    .... 

6.0* 

20  42  32.  96 

59-6 

2 

+   2.055 

+  45     4     0.8 

53-6 

3 

+   13-06 

9322 

Weisse  XX,  1082    .    . 

8.8 

42  34-86 

66.7 

3 

3-215 

-    8    o  15.0 

68.2 

2 

13-07 

9323 

<)  {  '  1 

Weisse  (2)  XX,  1407  . 
14  Delphini            .... 

7-7 
6.5* 

42  43-  l6 

42  56.48 

69.2 

59.  2 

2 
2 

2.258 
2.  941 

+  38  46  23.4 
+     7  20  45.  o 

47-4 
53-7 

4 
3 

13.08 

I  7.  OP. 

yj**T 

9325 

B.A.  0.7221    .... 

8.0 

42  58.  59 

jy 

57-2 

2 

3-307 

-  13    3  40.0 

69.  2 

2 

j      y 
I3.09 

9326 

O.  Arg.  S.  20896  .   .    . 

9.0 

20  43     i  .  60 

75-8 

4 

+    3-603 

-    27   40    12.  O 

77.8 

2 

+    I3-09 

9327 

Tr.  Z.  194,4     .    .    .    . 

8.  i 

43     2.86 

68.8 

2 

3-397 

-  17  48  37-  5 

63.7 

4 

13.09 

9328 

Lacaille  8594   .... 

6.8 

43     9-  26 

65-3 

2 

3.664 

-  3°  18    4-3 

68.2 

2 

13.  10 

9329 

Lacaille  8596  .... 

6.7 

43  10.10 

68.8 

2 

3-655 

-  29  57  29.  i 

63.6 

2 

13.  10 

933° 

B.  A.  C.  7224   .... 

7.0* 

43  10.50 

60.0 

3 

3-  622 

-  28  30  57.  7 

54-1 

5 

13.  10 

933' 

B.  A.  €.7225    .... 

6.8 

20  43  10.  77 

71.2 

6 

+  3-605 

-  27  45  So-  5 

65.8 

8 

+  "3-  '0 

9332 

Q777 

O.  Arg.  S.  20903  .    .    . 
8    Microscopii 

7-5 
6.  5 

43  13-79 
4.t  16.  36 

60.  2 
62.  2 

2 

2 

3-380 

^.  747 

16    56      2.  2 
7.7.    41     C6.  2 

61.3 
7O.  7 

2 

3 

13.11 
H.  ii 

yjJJ 

9334 

Q-37C 

Tr.  Z.  180,45    •    •    •    • 
u    Capri  cor  ni 

J 

8.3 

•;.  <;* 

tj  •  •*•  j" 
43  23.84 
47   27.  c6 

72-7 
6l   7 

2 

8 

O'  /  T/ 

3-471 

•1     CQ7 

J  J    ^  •     Jwm  *- 

-  21  32  46.  9 

—    27    26    2"?    Q 

/  v*  / 
64.  2 
65.2 

2 
2 

j 

13.  12 
IT,.  12 

yjjj 

9336 

Tr.  Z.  78,9    

3     J 

7-5 

f  J     f.  f  .  JV 

20  43  33.  84 

•  -  / 
69.6 

2 

J'    J7/ 

+  3-903 

i,  j     *.       *"j'  y 

-  39  25  46-  7 

"  J  .    * 

56.1 

4 

J 

+  '3-  '3 

9337 

Lalande  40235     .    .    . 

7-5 

43  35-  3° 

65.7 

2 

3-401 

—  18     i  29.8 

68.8 

2 

13-13 

9338 

Lacaille  8595    .... 

6.5 

43  38.86 

62.7 

2 

3-909 

-  39  37  5i-8 

66.7 

2 

13-13 

9339 

O.  Arg.  S.  20906  .    .    . 

7.0 

43  40.09 

67.9 

4 

3-684 

-  3i  13    3-3 

69.  i 

3 

13-14 

9340 

Lalande  40277     .    .    . 

7.0 

43  40-  73 

69.2 

2 

2.363 

+  35     2  49.  9 

61.2 

2 

«3-  '4 

9341 
0-742 

Lalande  40293     .    .    . 
4     Aquarii 

8.0 
6.0* 

20  43  52.  36 
44     o.  28 

75-6 
60.6 

5 

2 

+    2.  26l 

3-  181 

+  38  46  16.  8 
6    8  50.  8 

75-7 
6c  7 

4 

4 

+  I3-I5 
IT..  16 

7J^" 

9343 

Lacaille  8603  .... 

7.0 

44  22.  40 

63-7 

2 

3-967 

-  4i  35  55-3 

J.  J 

68.2 

2 

*  j*  *' 
13-18 

9344 

Weisse  XX,  1125    .    . 

7.8 

44  23.60 

67.7 

2 

3.242 

-    9  33  55-  5 

68.8 

2 

13.18 

9345 

Lacaille  8608  .... 

6.8 

44  34-  12 

62.  4 

3 

3.702 

-  32    2  12.5 

65.8 

2 

13.  20 

9346 

O.  Arg.  S.  20916      .    . 

7-3 

20  44  40.  72 

67.7 

2 

+  3-536 

-  24  44  16.  o 

67.7 

2 

+    13-20 

9347 

Lacaille  8609  .... 

6.0 

44  47-  '0 

72-4 

3 

3.822 

-  36  43    8.  5 

70.5 

4 

13.21 

9348 

B.  A.  0.7237    .    .    .    . 

6.  I 

44  48.  10 

63-7 

3 

3.526 

—  24  18  16.  5 

63.6 

2 

13.  21 

9349 

Lacaille  8610  .    .    .    . 

6.  I 

44  5i-o6 

62.  2 

2 

3.682 

-  3i   H  34-  i 

69.4 

3 

13.21 

935° 

O.  Arg  S.  20921  .    .    . 

8.5 

44  54-  74 

6S.I 

2 

3-619 

-  28  32  53.  6 

68.8 

2 

13-  22 

9351 

Q7C2 

O.  Arg.  S.  20922  .    .    . 
ft    Aquarii 

8-3 

A      C 

20  45      2.  12 

AC       C    nfl 

68.8 
67  s 

2 

77 

+  3-400 

32J.O 

-  18    4  52.  i 

—      Q    1O    21    4. 

56.7 

62.  2 

2 

7 

+  '«3-23 
1  1.  23 

yoj1- 

9353 

B.  A.  €.7242    .... 

4-  J 
7.0 

*o    j-  y° 
45  25.92 

wo-  ° 

58.2 

// 

4 

.  «^w 

3-287 

y    Jw    *•*  •  T1 

-  >2    5  59-8 

67.7 

/ 
2 

J       o 

13-25 

9354 

Lacaille  8616   .... 

6.7 

45  42.  38 

62.7 

2 

3-615 

-  28  27    4.  i 

65.5 

3 

13-27 

9355 

B.  A.  C.  7244  .... 

6.8 

45  47-47 

62.6 

9 

3-535 

-  24  48  22.  3 

60.  o 

4 

13.28 

Q7C6 

Anonymous  

8.0 

20  46    <;  so 

60    2 

2 

-L-    7    Q4  C 

—    41       C    CC.  7 

?5.  7 

2 

4-    13.  TO 

y.TJ 

Q7^7 

31  Vulpeculoe    

6.0* 

•*  t"    j-  jy 

46      7    OS 

uy.  *, 
77    O 

1       J'  VTO 
2    C7I 

t1       J    JJ'  J 
J-    26    74   27.  3. 

j  j   / 
67.8 

1           J-  J 

11.  TO 

7  J  J  I 
9358 

O.  Arg.  S.  20937  •    •    • 

7.2 

V      /  •  yj 
46    II.  60 

/  /  .  w 

66.2 

2 

*•  ji  • 

3-614 

n    *•    JT-    /  •  o 

—    28    27    31.  2 

w/  '   •* 

66.8 

2 

j-  j 
'3-30 

9359 

B.  VI.  +  37°,  408  1  .    . 

7.0 

46  43-  87 

75-8 

4 

2.295 

+  37  53  47-8 

66.0 

3 

13-34 

9360 

B.  A.  C.  7248   .... 

7.5* 

46  48.  36 

59-i 

2 

3-422 

-    19    19    19.  2 

64.7 

4 

13-34 

U    S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


237 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

IH 

rt 
D 
>> 

C 
ri 
<u 

S5 

1 

IM 

O 

O 

'A 

•3  .2   o 

I  Si 

<  I  " 

PH 

Mean 
Declination, 
1  860.0. 

i 

d 
3 
0 

". 

1 

IM 

O 

d 
K 

Annual 
Precession, 
1860. 

h.  m.       s. 

-S. 

0         /           // 

// 

936i 

19  Capricorni        .... 

6.0* 

20  46  52.  8y 

59-5 

5 

+  3-405 

-  18  27    4.  i 

55-7 

6 

+  «3-35 

9362 

Lalande  40400     .    .    . 

6.2 

46  56.  46 

68.7 

2 

2.265 

+  38  58  32-  6 

61.7 

2 

'3-35 

9363 

Lamont  639      .... 

8.0 

47    5-55 

64.7 

2 

3-532 

-  24  45  52.0 

67.1 

3 

13-36 

9364 

O.  Arg.  S.  20951  .    .    . 

7.0 

47     7-63 

68.7 

2 

3-354 

-  15  48  42.  i 

64.  2 

2 

'3-  36 

9365 

Lacaille  8619  .... 

7-1 

47  13-95 

62.8 

9 

3-697 

-  32    4  58-9 

65-7 

3 

'3-37 

9366 

Piazzi  XX,  366    .    .    . 

1-2 

20  47  18.  81 

62.8 

9 

+  3-695 

-   32      2      9.  2 

66.7 

2 

+  13-37 

9367 

O.  Arg.  S.  20962  .    .    . 

8.5 

47  44-  80 

77-7 

3 

3-425 

-  '9  33  '9-7 

73-7 

I 

13.40 

9368 

DM.  +  38°,  4263     .    . 

7.2 

48     2.41 

68.7 

2 

2.273 

+  38  4845.7 

47-2 

2 

13-42 

9369 

Q37O 

O.  Arg.  S.  20966  .    .    . 
C7  Cvcni     . 

8.2 
c.4 

48     6.  87 
48  17.  72 

74-5 

6?.  q 

6 

8 

3-425 

2.  Il8 

-  '9  33  36-0 
4-  43   11    V>.  7 

76.8 
'iq.  o 

4 

7 

ij-43 

I  3.  A  A 

73  1 

9371 

Lacaille  8620  .... 

J'  *t 

6.0 

Tv           It 

20  48   22.  88 

j  y 
63-7 

2 

+  4-052 

i     ^j  j  •   j     / 
-  44  37  43-  7 

jy  y 
67-3 

2 

J'  ^^ 

+  '3-45 

9372 

B.  A.  0.7254    .    .    .    . 

6.0* 

48   25.  2O 

58.8 

2 

2.  092 

+  44  39    9-9 

53-8 

5 

"3-45 

9373 

0774 

K.  A.  C.  7252    .... 
32  Vulpeculae     .... 

6.1 

4.  >i* 

48   27.80 

48  •»?.  ?8 

63.6 
cq  8 

6 

5O 

3-574 

2.  5?i; 

-  26  49  38.  i 

-1-    27    31    36.6 

67.7 
58.  •; 

3 
26 

13-45 

I  "?    4.6 

yji  " 

9375 

Piazzi  XX,  376  (ist*)  . 

T1   J 

*r"    jj  '  y 

48  39-93 

jy~  v 

77-3 

j 

2 

••  jjj 
3-003 

1          /     J  •     O 

+     40 

J"'  J 

J'    T-^7 

'3-48 

9376 

Piazzi  XX,  376  (center) 

6.0* 

20  48  40.  oo 

67.4 

3 

+    3-003 

+     4    o     1.8 

71-3 

4 

+  '3-48 

9377 

Piazzi  XX,  376  (2d»)  . 

48  40.  06 

77-4 

3 

3-003 

+     40 

13.48 

9378 

0.  Arg.  S.  20973  •    •    • 

8-9 

48  50.  6  1 

69.7 

2 

3.528 

-  24  43  47.5 

67-7 

2 

13.48 

9379 
0780 

B.  A.  C.  7259    .... 
17  Delphini    

7.0 

C     C 

48  56.  14 

48    SQ    II 

74-8 
66.9 

3 

2.  121 
2.  840 

+  43  5'  22.5 

-f-    13    1  1    22.  O 

62.7 

72   O 

2 
A 

'3.48 

I  ?  d8 

"J 

Q?8l 

Anonymous  .    .    . 

J    J 
90 

tw   jy-  * 
2O  dQ      7    8^ 

68.7 

2 

+  3-888 

—    7q    I'l    77    2 

I  f.i  v 
56   2 

*T 

6 

j  HW 
+   1  3  dq 

yym 

9382 

Lalamle  40494     .    .    . 

•  ** 
6.2 

f.*s     ify            1    ,  u  J 

49  '3-93 

68.7 

2 

2-339 

jy  j     oo*  * 

+    36   32   32.  2 

JV. 

49-5 

6 

j-  ^y 
«3-5° 

9383 

UM.  +36°,  4315     .    . 

9.0 

49  14-98 

68.8 

3 

2-335 

+  36  42    8.  3 

47-7 

I 

«3-5o 

9384 

9385 

B.  A.  0.7262    .    .    .    . 

7.0* 

e     C 

49  1  8.  36 

4Q   2O  OO 

59-7 
46.8 

2 
2 

1.712 

•5    2<O 

+  53  58  S'-i 
—  10  i  ^  t;  ?  6 

54-2 

71    d 

4 

e 

'3-Si 

17    e  i 

yjj 

9386 
9387 

Lamont  7930    .... 
B.  A.  €.7263    .    .    .    . 

J    J 

7-5 
5-7 

tfy      f,\J.    \sy 

20  49  43-  56 
49  So-o? 

72.7 
61.6 

4 
3 

O'   ^J^ 

+  3-072 
3.366 

'  *  j  j  j-  w 

—    o     i  51.9 
-  16  34    4.0 

/  •  *  *r 

74-4 

0^.2 

j 

3 
4 

•  J-  j  • 

+  '3-53 
'3-54 

9388 

Weisse  XX,  1269    .    . 

6.5 

50    o.  65 

73-3 

4 

3-073 

—    o    4  10.  6 

67.7 

3 

'3-55 

9389 

Lamont  3452    .... 

8.8 

50  24.  88 

65-1 

2 

3-298 

-  '2  55     9.3 

61.8 

4 

13-58 

939° 

Q39I 

Lacaille  8628  .... 
Anonymous  

7-5 

q  6 

50  40.41 

£O    ?O  AA    12 

66.2 
6c  7 

2 
2 

4.007 

J-    3  426 

-  43  33  23-  2 

—    IO   4.O       1    C 

69.0 
67  7 

3 

2 

"3-59 
-4-    1  3  60 

yoy 
9392 

B.  A.  0.7269    .    .    .    . 

y.   \j 

6.0* 

.V      y\J     m+.    J^ 

So  47-  85 

"j-  / 

77-3 

2 

-J-    >J.  *t*f 

3.009 

•y  T-"      j-  j 

+     3  39  30-  i 

v/  •  / 
66.1 

3 

i     m  ,>•  **«# 

13.60 

9393 

Weisse  XX,  1291    .    . 

7.0 

50  51.42 

68.7 

2 

3-3"3 

-  '3  54    4-3 

55-7 

2 

13.60 

9394 

qw; 

Lamont  340      .... 
Anonymous  

7-1 

Q    ? 

So  54-  25 

51      O   78 

68.8 

6c  7 

2 
2 

3-663 

-2     A2Z 

-  3'     2  59.9 

—    IO  dl    3d  7 

58.2 
68.  2 

2 
2 

13.61 

1  3.  61 

yjyj 
9396 

Piazzi  XX,  401    ... 

r  J 
6.0 

j      "•  /  w 
20  51     0.88 

vj'  § 

65.7 

2 

O*  T"3 

+    2.  129 

y  *T*    JT*  / 

+  43  5°  l8-4 

65.6 

2 

•  j.  ^ 
+  13-61 

9397 

Lalande  40581     .   .    . 

6.5* 

51     6.26 

60.1 

3 

+    2.024 

+  46  S2  56-  3 

54-7 

3 

13.  62 

9398 

Carrington  3186  .    .    . 

8.0 

5'     7-96 

69.  2 

2 

-  4-4I3 

+  82  31  56.3 

56.7 

4 

13.62 

9399 

Lacaille  8630  .... 

6.0 

5'    8.74 

63.1 

7 

+    3-803 

-  36  40     5.  6 

68.4 

3 

13.  62 

9400 

O.  Arg.  S.  21007  •    •    • 

7.8 

51   n.88 

68.7 

2 

3-584 

-  27  33  21.9 

67.8 

2 

«3-63 

238 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

IJ 

rt 
o> 
>, 

§ 

B 

% 

1 
"o 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

hj 

B 

(U 
>, 

9 

D 

S 

£ 

o 

IM 

0 

^ 

Annual 
Precession, 
1860. 

04.01 

Anonymous  

9.  4- 

h.    in.      s. 
20  5  1   1  8.  94 

6*  7 

s. 

+    7.  423 

0           /            // 

—    lo    4.2    16    Q 

68.  2 

2 

// 
+    11  63 

j^ 
04.02 

20  Capricorni     

'   T^ 

7.  O 

?i  38  s^; 

"  j  •  i 
66  7 

a 

O*  t^o 

3    4.2O 

J    T"       j    •  y 
—    IO    ^4.    ?I     1 

7O    4. 

2 

1  j-  UJ 
I  ^  66 

y^^em 

Q4O7 

18  Delphini   

/  •  *• 
c    o 

j  •  j^-  jj 

C  I      A  I      A  n 

"•  / 

C7     A 

o 
-? 

J.    t|.*.U 

2    Sod, 

*  J     J*T     J  '  •   J 

4-   10  18     43 

/  v.  <^. 

68.  2 

3 

2 

1  J.    V/VJ 

n  66 

^T-'-'J 

9404 

Lalande  40627     .    .    . 

j 

7.o* 

J  *       T           T" 
5'       SI-30 

Jl  •  *T 

59-2 

j 

2 

"y^ 

i.  960 

I          •**      *1J         *T«   J 

+  48  39  3°-  x 

54-o 

6 

•  J*  *-'u 

•3-67 

9405 

04,06 

Lacaille  8632   .... 
v     Cvuni 

6.5 

1    S. 

5'        53-28 

2O    ?  I     57    2S 

62.2 
58.8 

2 

I  2 

3-778 

-1-      2      2?? 

-  35  49  56.  o 

_L    40    17    46    6 

66.8 
71  g 

2 

6 

•3-6? 

-1-    I  7  68 

SMt*™* 

9407 

Lacaille  8635   .... 

j*  j 

6-5 

•w    J  '     j  i  •  *O 

52   3.60 

63-7 

3 

'  *"OJ 

3-798 

-|-       ij.W      J/       *|.U.    W 

-  36  35  56.  2 

f  t  .  *j 

69.8 

3 

1       •  J-  **w 

13.68 

9408 
Q4OQ 

Lacaille  8633   .... 
76  Draconis  

6.0 
6.0 

52   5-40 

12    2Q    2Q 

66.2 
67.  6 

2 

+  3-872 

—  3-  881 

-  39  '7     3-8 

+    8">      O    14.    7 

69.6 
61   3 

2 
1  1 

13.68 

17    71 

y*j*fy 

9410 

Tr.  Z.  61,22     .    .    .    . 

7.2 

j*  *?•  ^y 

52  29.36 

68.7 

2 

+  3-  774 

**   Jt-  / 

-  35  43  3°-4 

j 

64.  2 

2 

*O-  /  * 

13-71 

94II 

Lalande  40599     .    .    . 

7-5 

2O  52   31.  22 

74.0 

5 

+  3-316 

-  14    2  27.  5 

6l.8 

2 

+  13-71 

9412 

Lacaille  8640  .... 

6.7 

52   35-32 

62.7 

4 

3.641 

-  30  16  15.8 

65-3 

2 

13-72 

9413 

O.  Arg.  S.  21030  .    .    . 

7-8 

52   38-39 

62.  4 

3 

3.642 

-  30  17  32.4 

67.2 

2 

13-72 

9414 

I     Piscis  Australis    .    .    . 

5-3 

52  41.  66 

62.6 

6 

3.700 

-  32  48     6.  4 

69.7 

4 

13-72 

94«S 

Lacaille  8642   .... 

6.8 

52  47-  96 

66.7 

2 

3-716 

-  33  26  22.3 

69.7 

2 

'3-73 

94'  6 

Q4.I7 

Lacaille  8638  (ist*)    . 
21  Capricorni     .    .    . 

7.0* 
6.0 

20  52  55.  69 

C2    c8    7C 

71.9 

CQ    C 

4 
6 

+  3.998 

7.   1QO 

-  43  32  41.0 
—    184.  27.  T. 

69.0 

55.6 

4 

7 

+  13-74 

1  1.  74 

y°tm  I 
9418 

O.  Arg.  S.  21034  .    .    . 

7-8 

3^    J°*  ID 

52  59-33 

;>y-  j 

65.3 

2 

O     0:7 

3-595 

^      l    j 

-   28    15      4.9 

J  J 

66.7 

2 

•  J'    /  *T 

'3-74 

9419 

Lacaille  8641    .... 

6.9_ 

52  59-86 

64.  2 

2 

3.809 

-  37     7  10-9 

66.7 

2 

"3-74 

9420 

Lacaille  8638  (2d*)    . 

7.0" 

53    0.75 

70.8 

4 

3-998 

-  43  32  22.  8 

69.0 

4 

13-74 

9421 

B.  A.  €.7285    .    .    .    . 

7.0* 

20  53  10.40 

58.8 

2 

+  2.953 

+    6  58  21.4 

56.4 

3 

+  13-75 

9422 
9423 

Lacaille  8647   .... 
Lalande  40679     .    .    . 

7-  i 

53  11-01 
c?  18  8^ 

63-4 

60.  o 

6 

3-597 
2.  i7<; 

-  28  20  54.  8 
-J-  43  <;?  40.  Q 

66.7 
60.6 

2 

5 

>3-75 
i  i-  76 

9424 

Weisse  XX,  1359    .    . 

6.7 

jo  »u-  u— 

53  25.15 

73-  o 

4 

jj 
3-3'6 

i     ^j   jj  v"  y 
-  14     4  29.  I 

77-8 

4 

j  / 

"3-77 

9425 

13.  A.  €.7287    .    .    .    . 

6.2 

53  26.  26 

63-7 

3 

3-576 

-  27  25  30.6 

69.7 

2 

13-77 

9426 

13.  A.  0.7286    .    .    .    . 

6.1 

20  53  27.63 

6i'.3 

6 

+  3-86i 

-  39    4  20.0 

69.7 

2 

+  13-77 

9427 

Radcliffe  5050      .    .    . 

7.0 

53  43-  93 

69.7 

2 

+  2.  138 

+  43  52  23.  5 

64.8 

2 

'3-79 

9428 

B.  A.  C.  7299    .... 

5-4 

53  48-  94 

62.5 

4 

-  2.447 

+80     i  29.  6 

67.1 

12 

«3-79 

9429 

Weisse  XX,  1370    .    . 

9.0* 

53  58-  76 

76.8 

2 

+  3-3"5 

-  14    3  >i-5 

55-8 

2 

13-79 

943° 

Q43I 

O.  Arg.  S.  21046  .    .    . 
£     Microscopii  

8.7 

C     Q 

54    0.32 
20  54    o.  50 

64.  2 

6?  8 

2 
g 

3-421 

•  f-   ?  862 

-  19  47  28.  i 

—    ?Q    10   20.  O 

68.7 
65.6 

2 
2 

13-81 
4-  17.  81 

s^j 

Q4.32 

Anonymous  

j'  y 
O    1 

CA    22    77 

WJ.    U 

68.8- 

2 

F  j* 
-i  206 

j  j    *      ":/*  ** 
—    11      I       7.1 

"  J-  w 

68.2 

2 

I         O 

n.  83 

7TJ 

9433 

Lacaille  8658  .... 

7'  J 

8.0 

j*¥   **•  JJ 

54  31-  18 

62.4 

4 

J.   a.yw 
3-623 

j              / 

-  29  39  3i-4 

65.8 

2 

J       O 

13.84 

9434 

B.  A.C.  7297    .    .    .    . 

6.0* 

54  34-  37 

59-4 

3 

2.268 

+  39  42  20.  5 

54-o 

6 

13.84 

9435 

Weisse  XX,  1394    .    . 

7.0 

54  45-  48 

7O.  2 

5 

3-295 

-  "2  59  38.5 

58.9 

7 

13-85 

9436 

O.  Arg.  S.  21053  •    •    • 

7-3 

20  54  47.  44 

64.6 

6 

+     3-4I9 

-  19  47  48.  5 

65-4 

4 

4-  13.86 

9437 
0438 

Lacaille  8660  .... 

5.8 
S.o 

54  48.81 
ec      3   Q-I 

63.6 

66.  i 

4 
i 

3-59« 

2.  O^7 

-  28  16  43.9 
•4-  46  ?8  32.  2 

66.7 

57.  7 

2 

1 

13.86 
13.87 

yto 

9439 

B.  A.  C.  7300   .... 

J'  ** 

6.6 

jj      j  VJ 

55    4-27 

63-3 

j 
5 

j  1 

3-535 

1      ^"    J"    O    • 

-  25  37  24.0 

j  /    i 
63-7 

o 
3 

*  O'  "*f 

13-87 

9440 

Lacaille  8657   .... 

7.0 

55    7-°3 

66.5 

3 

3-993 

-  43  38  1  1.  9 

70.7 

3 

13.88 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


239 


•£ 

Mean  Right 

h 

| 

•a  1"  6 

Mean 

i 

1 

•3  .1    .. 

£ 

Name  of  Star. 

'c 

AsceHsion, 

jj1 

O 

2     in    \O 

§  %  °° 

Declination, 

C 

V- 

O 

Ill 

E 

% 

1  860.0. 

S 

o 

<  g  " 

1  860.0. 

B 

d 

<  a  " 

* 

s 

£ 

& 

s 

& 

. 

h.    in.      s. 

s. 

0           /           // 

„ 

I 

2     Equulei  (ist*)      .    .    . 

20  55  i  8.  20 

76  8 

4-   2  060 

4-     6  ;8 

+  1-5.87 

9442 

2     Equulei  (2d*)      .    .    . 

6.0 

55  18.35 

/  **•  •"• 

76.8 

4 

i     *••  y™* 
2.  960 

J 

+     6  37  55.3 

68.3 

2 

i        j      / 

13.89 

9443 

Weisse(2)  XX,  1723  . 

7-5 

55  24.76 

73-8 

5 

2-343 

+  37    6  22.5 

69-5 

5 

13.89 

9444 

O.  Arg.  S.  21072  .    .    . 

7-5 

56    o.  68 

61.8 

2 

3.585 

-  28    5     1.8 

68.2 

2 

'3-93 

9445 

Lacaille  8667   .... 

6.8 

56  16.  19 

62.2 

4 

3.816 

—  .37  46  52.9 

66.8 

2 

'3-95 

6 

n     Capricorni 

e   o 

2O    *\6    2^  .  QO 

8  •> 

+     7.    4.2Q 

—    2O    24    22.  9 

72.  O 

7 

+  '3-96 

9447 

Piazzi  XX,  9209  .    .    . 

j* 

7-3 

56  36-  70 

77-0 

3 

J'  *T*"7 

3.692 

-  32  53  54-8 

/        J 

69.  2 

o 

13-97 

9448 

12  Aquarii  (ist*)       .    .    . 

56  40.  16 

62.8 

2 

3.179 

i 

9449 

12  Aquarii  (2d*)       .    .    . 

56    40.  22 

68.  i 

7 

7    170 

>  —      6   22   30.  I 

67.7 

2 

13-98 

945° 

O.  Arg.  S.  21083  •    •    • 

7-7 

56   43.65 

67-7 

O 

2 

j'  *  /  y 
3-  350 

-  16  II   18.9 

65.2 

2 

13-98 

945' 

Z  2543  (ist*)  .... 

S.i 

20   56   53.  22 

76.8 

2 

+  2.347 

+  37     6  39.  9 

77-8 

3 

+   >3-99 

9452 

2  2543  (2d*)   .... 

8.  i 

56  53-  73 

76.8 

2 

2-347 

+  37  .7 

13-99 

9453 

B.  A.  C.  7312   .... 

6.8 

56  59.  58 

66.4 

3 

3.378 

-  17  42  59-8 

64.5 

6 

'3-99 

9454 

Lacaille  8677    .... 

7-2 

57  11-92 

63.  2 

4 

3.788 

-  36  48  49.  i 

70.  i 

3 

14.01 

.  -- 

n     Microscopii 

C    o 

57  1  8.  06 

76.  8 

3Q7.I 

eft   70  S 

Hg 

14.  02 

' 

4 

*  y  j 

- 

.  « 

9456 

6     Microscopii  

5.6 

20  57  33-  39 

62.4 

8 

—  i-    7,  O^Q 

-  30  40  42.4 

74-1 

6 

+   '4-°3 

9457 

I?.  A.  C.  7320    .... 

6.2 

57  38.98 

71.7 

3 

2.323 

+    38      6    20.  2 

47-2 

2 

14.04 

9458 

Lacaille  8681    .... 

6.4 

57  41.68 

64.  2 

2 

3-745 

-  35  ii     7-7 

68.3 

2 

14.04 

9459 

Weisse  (2)  XX,  1798  . 

6.8 

57  49-77 

68.7 

2 

2-337 

+  37  36    0.9 

47-7 

3 

14.05 

9460 

2     Piscis  Austral  is    .    .    . 

5-7 

57  50.46 

64.  2 

8 

3.690 

-  32*53  55-6 

68.  i 

3 

14.05 

0461 

0     Capricorni     

•yet   cS     A    77 

fil      7 

1         7      7-rC 

17     47     I  f     I 

60  o 

16 

-f   14.06 

y-r"m 

4-  o 

zo  50     4.  37 

01.  3 

21 

r  3-37° 

17  47    i-t.  i 

9462 

Lacaille  8686  .... 

6.7 

58  35-03 

66.8 

3 

3-849 

-  39  H  57-7 

63.7 

2 

14-09 

9463 

O.  Arg.  S.  21106  .    .    . 

6.8 

58  43-  79 

61.4 

8 

3-491 

-  23  46  27.3 

61.8 

2 

14.  10 

9464 

Lacaille  8690  .... 

6.6 

58  55-65 

62.  2 

6 

3.489 

-  23  42  29.  7 

62.5 

3 

14.  ii 

046^ 

A    Capricorni     

47 

C  S    C  C    n  C 

(,A      •> 

T       (*26 

2C     71    AC    *7 

60    2 

14.  1  1 

?^    J 

'    / 

S°  55'  95 

04.  2 

4 

*5  33  45-  7 

uy.  z 

9466 

O.  Arg.  S.  21115  .    •    • 

7-8 

20  59     o.  94 

73.8 

5 

+  3-347 

-167  49.  3 

65.2 

2 

+     14.  12 

9467 

Lacaille  8691    .... 

7.0 

59    3-97 

62.4 

4 

3-574 

-  27  50  57.  2 

63.6 

2 

14.  12 

9468 

Ii.A.C.7332    .    .    .    . 

6.0 

59  3'-  I0 

66.5 

3 

1.827 

+   52  43  47-7 

61.7 

3 

14.  15 

9469 

Lacaille  8693   .... 

6.6 

59  50-99 

64.  2 

2 

3.806 

-  37  48  16.0 

65.8 

3 

14.17 

947° 

O.  Arg.  S.  21129  •    •    • 

7.0 

59  Si-41 

70.8 

4 

3-472 

-  22  53  40.5 

65.1 

2 

14.  17 

9471 

Lamont  362      .... 

7-7 

21     o  18.  68 

70.3 

.3 

-1-  3-620 

-  30     5  40.5 

69-7 

3 

+    14-  20 

9472 

O.  Arg.  S.  21138  .    .    . 

7.4 

o  23.  13 

68.7 

2 

3-366 

-  17  17  13.  7 

66.7 

2 

14.  21 

9473 

Lacaille  8697    .... 

6.8 

o  25.  92 

63.2 

2 

3-823 

-    38    29   48.  2 

69.8 

3 

14.  21 

9474 

61  Cygni  (ist*)     .... 

5-5* 

o  33.  86 

49-8 

153 

2-334 

-}-  38    3  18.  6 

51-4 

260 

14.  22 

9475 

Lacaille  8699   .... 

5-8 

o  34-  15 

67.7 

3 

3-79° 

-  37  15  53-3 

72.0 

4 

14.  22 

9476 

Lacaille  8701    .... 

7.0 

21     o  36.  66 

64-7 

6 

+  3-  596 

29     2     8.6 

70.7 

3 

+    14-22 

9477 

61  Cygni  (2d*)     .... 

6.0* 

o  37.08 

54.8 

23 

2-334 

-f  38    3  22.6 

54-0 

"3 

14.22 

9478 

O.  Arg.  S.  21148  .    .    . 

8.8 

o  43-  35 

65.3 

2 

3.482 

-    23    29    34.  2 

65.8 

2 

14.23 

9479 

DM.  i-  35°,  4400    .    . 

9-5 

'     0.55 

68.8 

I 

2.392 

1    35  5°  38.  5 

48.7 

I 

14.24 

9480 

B.  A.C.  7340    .    .    .    . 

7.8 

i     4-Si 

63-9 

4 

3-495 

—    24    1  1    26.  2 

68.6 

3 

14.25 

240 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


1 

Mean  Right 

|ri 

rt 

w 

u? 

1 

•a  § 

Mean 

hi 

S 

1 

-3  1     . 

ID 

JD 

Name  of  Star. 

'£ 

Ascension, 

>, 

d 

<— 

o 

i  i  J 

S     S   « 

Declination, 

>, 

IM 

O 

1   II 

s 

1 

1  860.0. 

§ 

6 

<  a  - 

1  860.0. 

rt 
6 

o 

"^       ti      *" 

X 

S 

<. 

g 

£ 

s 

£ 

£ 

h.  in.      s. 

s. 

0           /           // 

//    *    ! 

9481 

O.Arg.S.  21154.    .    . 

8.4 

21       I    35-5" 

68.0 

4 

+  3-474 

-  23   II   41.5 

68.2 

2 

+  14.28 

9482 

Lacaille  8707    .... 

6-5 

i  41.01 

63.7 

3 

3.620 

30  17   10.  o1 

69.8 

3 

14.29 

9483 

Lacaille  8706   .... 

6.7 

i  46.29 

67.7 

3 

3.691 

33  24  58.  7 

66.8 

2 

14.29 

0484 

ft   Cvirni     . 

4.  2 

i  46.  95 

70.  i 

4 

2.063 

-)-  47     5   13.6 

72.  i 

5 

14.  29 

;7*TV-"T 

9485 

O.Arg.S.  21162  .    .    . 

7-7 

i  54-84 

64-5 

7 

3-472 

23     5  30.0 

65.7 

2 

14.30 

04.86 

v     Anuarii          .            .    • 

4    "\ 

21       I    <«7    87 

60.  o 

3? 

4-   3.  270 

-  ii  56  10.  5 

<iQ.  O 

6 

4-    14..  }O 

TTWW 

T"    J 

*     J  1         4 

j  j 

T^     J'      / 

jy 

1         T    O 

9487 

Lalande  4101  1      ... 

7.6 

2    10.99 

65-4 

3 

2-573 

-f  28    3  30.  5 

68.8 

2 

"4-32 

9488 

B.A.C.7347    .... 

6.8 

2    26.  19 

63-9 

6 

3-470 

23      2   41.  I 

65-5 

2 

'4-33 

9489 

M.  Z.  183,  22    .... 

7-3 

2  33-  3° 

65.7 

3 

3.486 

23    52    28.8 

68.7 

2 

14-34 

9490 

Lalande  41021      .    .    . 

7-7 

3  10.  66 

76.7 

2 

3-275 

-    12    I?    46.3 

77-8 

2 

14.38 

9491 

13.  A.  C.  7349    .... 

6-5 

21     3  '3'  3' 

69-3 

4 

+    3-878 

-  40  49  53-  5 

68.2 

2 

+   H.38 

9492 

O.  Arg.  S.  21189  (1st*) 

8.2 

3  28.  13 

67.7 

3 

3-480 

-  23  40  45.  4 

72.4 

3 

"4-39 

9493 

0  Arg.  8.21189  (2d*) 

7.8 

3  28.  67 

67.7 

3 

3.480 

-  23  40  52.  3 

67.7 

2 

14-39 

')  I'M 

y     Equulei                      . 

c    c 

7    72    OO 

61.  i 

c 

2    QI  C 

+      Q    34.      Q.  4 

68.  3 

2 

I  A    4O 

yly^ 

9495 

Lalande  41086     .    .    . 

j"  j 

7.0 

j    J*"  *•"•* 

3  40.  08 

75.0 

j 

7 

•  y  j 
2.341 

y   O*T      y*  t 

+  38     9  46.  9 

WU.     J 

47-7 

2 

*  V  ^ 

14.41 

Q4.Q6 

6     Eouulei 

6  e. 

21        1    41    OO 

60   7 

4-    2   017 

J_       O    28    48    4 

68.  3 

2 

-l~    14    41 

y*ry** 

u*  j 

41            J      if  J.    W 

**y*  / 

~   *••  y  *  / 

I            y     "**     V**  *T 

i      •  *r*  T-* 

9497 

O.  Arg.  S.  21196  .    .    . 

7-.  5 

3  54-  33 

67.3 

2 

3-499 

-  24  41  30.3 

68.5 

3 

14-42 

9498 

Lacaille  8722   .... 

7-2 

4    3-45 

63-4 

6 

3-755 

-  36  19  57-7 

68.8 

3 

14-43 

9499 

Lacaille  8719   .    .    .    . 

5-° 

4    4.92 

71.8 

3 

+  3-851 

-  39  59  32.  5 

68.4 

3 

14-43 

9500 

Lalande  41229     .    .    . 

8.0* 

4  15.88 

47.8 

5 

-  o.  383 

+  74  58  19-8 

68.3 

2 

14.44 

9501 

Lalande  41236     .    .    . 

8.0* 

21     4  21.33 

47.8 

5 

—  o.  404 

+  75     3  4o.o 

68.3 

2 

+  14-45 

QCQ2 

Tr  /.  68  2 

8  i 

41  7    r)S 

68.7 

2 

4-  3  7^8 

—    1C    42    22    I 

67;  8 

2 

HAC 

yj"*' 

°-  3 

00-  U0 

~  j.  /  ju 

jj  "r*   •••  * 

•  T-J 

9503 

Lacaille  8725   .    .    .    . 

6.4 

4  33-  50 

62.  7 

3 

3-770 

-  36  59  45-9 

71.8 

4 

14.46 

9504 

Lament  3546    .... 

8-3 

4  42.76 

69.7 

4 

3-277 

12    29    II.5 

69.4 

5 

14-47 

g  co< 

8.  2 

A    A.S     ^ 

72.8 

4 

"?.  275 

-    12    23    21.8 

65.0 

7 

14.  48 

yjj 

9So6 

Lalande  41100     .    .    . 

8-5 

**     T*"  JJ 

21     4  49.05 

/  "• 

76.7 

4 

j     /  j 

+  3-  274 

-    12    19    47.6 

"j'  •• 
73-7 

J 

2 

+    14.48 

9S°7 

3     Piscis  Australia    .    .    . 

5-7 

4  58.77 

62.5 

9 

3.568 

28    II     16.3 

65.3 

2 

14.49 

9508 

B.A.C.73S9    .    .    .    . 

7.0 

5    8.79 

65.2 

5 

3-5" 

"    25    25       4.4 

66.7 

2 

I4-50 

9509 

O.  Arg.  S.  21218  .    .    . 

8.0 

5  '8-33 

65.3 

2 

3-5" 

-  25  26  52.  3 

66.7 

2 

14.51 

951° 

O.  Arg.  S.  21219     •    • 

7.0 

5  20.98 

65.7 

2 

3-470 

-    23   20      4.6 

68.3 

2 

14.51 

95" 

Lalande  41155     .    .    . 

6.  I 

21     5  26.04 

68.7 

2 

+  2.408 

+  35  43  44-4 

46.7 

3 

+    14.51 

9512 

B.  A.  0.7363    .    .    .    . 

5-5* 

5  3i.8i 

76.8 

3 

0-413 

+  7°  S2  13-4 

72.8 

8 

I4.52 

95'3 

Lacaille  8736   .... 

7.0 

5  36-11 

62.8 

4 

3.610 

—  30  14  ii.  i 

69.8 

3 

14-52 

9514 

Lacaille  8740  .... 

6.0 

5  58.73 

68.8 

2 

3-459 

—  22  47     9.  6 

65.  2 

2 

14-55 

95'5 

Lacaille  8737   .... 

7-o 

6  14.  10 

73-9 

7 

3-874 

-  41     4  59.4 

69-7 

3 

14-55 

9516 

B.  A.  0.7366    .    .    .    . 

8.0 

21     6  32.93 

60.8 

8 

+  3-530 

-  26  29  15.  3 

59-5 

5 

+    H.58 

9517 

Weisse  (2)  XXI,  137  . 

8.0 

6  57-51 

73-i 

3 

2-744 

+  19  40     1.5 

68.3 

2 

14.  61 

95  1  8 

C     Cvgni     .... 

T     Q-ir 

6   C.8   72 

56.  o 

24O 

2.  «o 

-j-    20    30    1  6.  I 

1:2.8 

TOO 

14.  61 

95'9 

Lalande  41230     .    .    . 

J'  w 

7-3 

w    J".  /  * 

6  58.97 

68.8 

AOfw 

2 

jj 
2.356 

1         y    Jy 

+  37  59  33-  2 

J 

46.8 

v;/ 

2 

14.61 

9520 

Lacaille  8742  .... 

6.2 

7     3-12 

63.2 

4 

3-757 

—  36  47  18.  8 

70.5 

3 

14.61 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


24I 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

o 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

»- 

0 

X 

1 

1 

d 

Annual 
Precession, 
1860. 

h.    m.      s. 

s. 

o       /       // 

„ 

9521 

Weisse  (2)  XXI,  154  . 

7.0 

21     7  13.47 

71.7 

3 

+  2.426 

+  35   13  26.4 

46.8 

2 

+  14-62 

9522 

Lalande  41200     .    .    . 
0     Capricorni         .... 

7-5 
6.0 

7  25.08 
7  39.  50 

68.7 
68.3 

2 

3 

3-329 
1,  427 

-  15  42  12.6 

---21     13    49.  3 

65.2 

72.  •! 

2 

14-63 
14.  65 

Q524 

Anonymous  

8-5 

7  4!-73 

68.7 

2 

j'  ^~  l 

—   15   5o  41.  7 

/       J 
69.  2 

2 

7  J     ^ 
9525 

Q526 

B.A.C.7373    .    .    .    . 
29  Capricorn!         .... 

6.8 

7  48.80 

21       7    5Q.67 

71.  5. 

2 

4 

2.408 

j  j     fmt  / 
+  36    3  25.6 

—    1C    4.C       21 

47-6 
6l.  5 

6 

14.66 
+   !4-  67 

yj* 
9527 
0528 

Lalande  4  1  269      .    .    . 

77  Draconis                . 

6.6 
5.  5* 

/    jy      i 

8  11.42 
&  n.  5i 

i      j 
68.8 
76.8 

2 

3 

+   2.560 
—    I   O56 

*  J     *T,J         *"  J 

+    29    19    26.5 
_|-    77    11    27    C. 

*  *  J 

65.7 

73-  * 

3 

2 

14.68 
14.  68 

yj   ^ 
9529 

B.A.C.7377    .    .    .    . 

J     J 

5-0* 

J    j 

8.  14.  28 

/  v' 

69-7 

2 

•  vjv 
+    I-53I 

\        i  1      OJ     *  1  '  J 

+  59  24  42.  4 

57-7 

3 

14.68 

953° 

Weisse  XXI,  156    .    . 

6-7 

8  17.78 

68.7 

3 

3-228 

-     9  42     1.6 

54-7 

2 

14.69 

9531 

Lacaille  8747   .... 

7-5 

21      823.95 

65.7 

2 

+   3-  826 

-  39  37  58.6 

66.8 

2 

+  14-69 

9532 

B.  A.  C.  7378    .    .    .    . 

8.0 
7-  5 

8  43-  23 
8  46.  64 

77-4 
59.6 

3 

4 

3.416 

—  20  45  11.7 

—      Q  47   41    O 

74-8 

54.  2 

4 

14.71 

14    71 

a     Equulei     .        .        .    . 

4*  5 

8  49.  43 

jy 

58.6 

5 

2.  998 

y   T1/    T~J* 

-J-       4   40    I  C.    7 

60.  6 

"T*  /  • 
14.  72 

9535 

B.  VI.  +  38°,  4409  .    . 

6.0 

8  54.40 

j 

68.7 

2 

2-347 

1               *T      *TV*           J'    i 

+  38  39  48.  6 

47-2 

4 

14.72 

9536 

H.  A.  0.7383    .    .    .    . 

7.0* 

21     8  56.  78 

60.7 

2 

+    2.295 

+  40  34    2.  3 

53-8 

3 

+    14.72 

9537 

Weisse  XXI,  171     .    . 

7-2 

8  58.  52 

59.6 

3 

3-228 

-    9  44  19-7 

67.7 

2 

14-73 

9538 

Lacaille  8760   .... 

6.7 

8  58.89 

74-3 

4 

3.8l8 

-  39  24  35-6 

73-2 

8 

H-  73 

9539 

Lacaille  8758   .... 
T     Cygni    

6.6 
5.  2 

9    0.23 
9  12.32 

62.4 

74.  I 

9 
3 

3.624 
2    578 

-  3i   19  40.  3 

-L-    -37    26    52    5 

73-o 

46.  7 

5 

14-73 

I  A      *1A 

9541 

4     Piscis  Australis    .    .    . 

j 
5.2 

21     9  26.  29 

/  T-  • 
62.1 

9 

J  I 

+  3-  655 

1       O/              J        J 

-  32  45  18.5 

64.8 

4 

14.  /4 

4-  14-75 

9542 

Lamont  702     .... 

8.0 

9  34-  76 

67.2 

2 

3-442 

-    22    IO   57.  2 

69-7 

2 

'4-  76 

9543 

D.  M.  +36°,  4491  .    . 

9.0 

9  55-15 

69.  2 

2 

2.400 

+  36  37     4-4 

69.7 

2 

14.78 

9544 

Weisse  (2)  XXI,  226  . 

7.0 

9  55-  50 

60.  7 

2 

2.297 

+  40  37  42.4 

.53.8 

3 

14.78 

9545 

Lalande  41341      .    .    . 

7-3 

9  57-51 

68.7 

2 

+  2.399 

+  36  40  16.  3 

54.3 

5 

14.78 

9546 

B.A.C.7393 

6.0* 

21    10    15.69 

47-8 

6 

—  o.  215 

+  74  39  11.  6 

68.3 

2 

+    14.80 

9547 

Lacaille  8764   .... 

7.0 

10  30.39 

71.7 

3 

+  3-873 

-  41  38  18.  2 

6i.s 

2 

14.81 

9548 

O.  Arg.  8.21283  .    .    . 

8-5 

10  34.  63 

65-1 

3. 

3-535 

—  27  12    o.  o 

66.8 

2 

14.82 

9549 
9550 

O.  Arg.  S.  21286  .    .    . 

6.6 

5.  5 

10  37-43 
10  50.  25 

63-4 

72   8 

6 

3.578 

•y    j  CA 

-  29  20  57.  5 
—     5     6   1  6  *? 

72.2 

4 

14.82 

He. 

yjj 

9551 

O.  Arg.  S.  21290  .    .    . 

j   j 
7.8 

21     10   51.41 

/  **  " 

71-3 

3 

•+  3-447 

->     °   *  °-  7 

-  22  37  20.  5 

64.8 

3 

2 

.  04 
+   14-84 

9552 

Lacaille  8776   .... 

6.4 

1  1    36.  98 

63.7 

4 

3-545 

-  27  47  48.  2 

63.8 

2 

14.88 

9553 

Lacaille  8777   .... 

6.7 

ii  39-35 

63.3 

5 

3-527 

-  26  55  38.2 

65.8 

2 

14.88 

9554 
9555 

Weisse  XXI,  239    .    . 
01    Microscopii  .... 

7.0 
5.  2 

1  1  40.  82 

II    47    48 

72.6 

60    7 

4 

3-289 
3.862 

-  13  38    6.8 

67.7 
-i  8 

2 

14.88 

1  A    8r» 

yjjj 

9556 

j*  " 

4-5* 

*     T-/  •  V? 

21    II    55.  IO 

v/y.  / 
4.6.  ? 

IO 

_j_     ?g    ^g    "2C    o 

71.0 

Af\    i 

4 

14.  09 

yjjv 

9557 
91:58 

Lalande  41419    .    .    . 
v     Cvcni 

6.2 
4  8 

12      5.42 

12     o.  81 

73-2 

47-  O 

4 

2-357 

2    462 

+  38  37  35-6 

40.  I 
6l.  2 

2 

+    14-  9° 
14.91 

yjj^" 

9559 

Weisse  XXI,  258    .    . 

-j..  y 

8.0 

12   22.68 

72-4 

3 

3.288 

-  13  34  31-0 

04*  5 

67.7 

3 

2 

14-  9' 
H-93 

9560 

B.  A.  C.  7401    .... 

5-5 

«3    3-35 

58-7 

2 

1.790 

+  55  12  39-o 

54.1 

, 

5 

H-  97 

A.V  1  .S4- 


-16 


242 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

u. 
O 

6 
& 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 

;», 

S 

g 

J 
o 

*o 

i 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0            /           // 

// 

9561 

nc62 

Lalande  41417     .    •    • 
ACvpni 

7.2 
6.0* 

21    13     5-47 
13   14.06 

68.5 
59-  ! 

2 

3 

+  3-421 
2.  232 

-    21    24   33.8 

+  43  21  29.7 

56.7 

61.  i 

4 
3 

+   14-97 
14.98 

Vjv* 
9563 

Lacaille  8787    .... 

6.6 

13  29-9° 

62.8 

10 

3-580 

-  29  45  26.  8 

64.  2 

2 

14.99 

9564 

oc6<; 

Weisse  (2)  XXI,  310  . 

16  Aquarii 

8.2 

S.  1 

13  39-46 
13  43.  78 

67.2 
68.7 

2 

2 

2.765 

3-  'S2 

+  19    5  45-9 
•595-7 

67.8 
64.7 

2 

3 

15.00 
15.01 

jj^j 

9566 

Weisse  (2)  XXI,  322  . 

j  j 
6.6 

21    13  46.90 

72,8 

4 

+  2.374 

+  38  13    o.  8 

65.6 

3 

+  iS-oi 

9567 

B.VI.  +37°,  4271  .    . 

13  47.  22 

47-3 

3 

2.388 

+  37  38  52-5 

47-3 

3 

15.01 

9568 

Weisse  (2)  XXI,  328  . 

8-5 

14      4.09 

72.8 

4 

2-375 

+  38  12  43.2 

46.7 

2 

35.02 

9569 

Weisse  (2)  XX  1  ,325  . 

7-5 

14  10.  54 

67.2 

2 

2.763 

+  19  IS     5-3 

68.3 

2 

15-03 

957° 

Lamont  714      .... 

8.4 

14    14.79 

65-3 

5 

3-453 

-  23  17  38.  2 

71.2 

2 

15-03 

9571 

Weisse  (2)  XXI,  327  . 

7.8 

21   14  16.  59 

68.8 

2 

+  2.  780 

+  18  14  56.4 

68.8 

2 

+   I5-04 

9572 

OC77 

Lacaille  8790  .... 
i      Capricorni     .        . 

6.9 
4.8 

14    21.  12 

14    26.  78 

62.9 

cq.  4 

5 
20 

3.583 
"?.  1^0 

-  30     i  43-9 
-  17  25  41.  3 

73-o 
72.3 

4 

6 

15.04 
15.05 

Vj/  J 

9574 

OS?1; 

B.  A.  C.  7408   .... 
34  Vulpeculse    

t"  ** 

7.0 

"i.O 

14    27.58 
14   44.  gi 

jy  *r 

48.7 
76.7 

I 

3 

J     JJ 

3.227 

2.  692 

-    9  55    9-8 
+  23  16    4.  i 

68.3 
73.4 

2 

3 

15-05 
15.06 

yj  t  J 
9576 

O.  Arg.  N.  22046     .    . 

J 

9-3 

21    14  46.  85 

77-2 

2 

+    2.  066 

+  48  38 

+  15-07 

9577 

Lacaille  8791   .... 

7-' 

14  48.  97 

63.  2 

4 

3-769 

-  38  19  25.9 

65.4 

3 

15.07 

9578 

Q17Q 

B.  A.  0.7413   .... 
a.     Cephei       ...        .    . 

5-7 

3.  2* 

14  58.57 
I?  1  1.06 

63-5 
<H.  4 

6 
160 

3-451 
1.417 

-  23  15  5i-9 
+  61  59  35.  i 

65.8 
52.0 

4 
103 

15.08 
15.00 

7J  i  y 

9580 

OSSl 

O.  Arg.  N.  22066     .    . 
17  Aquarii                      . 

•5 

5-2 

6  c 

"  j    *  j'  yv 

15       23.24 

21   15  25.  66 

JJ      T^ 

68.8 

60  7 

2 
2 

1.662 
+    3.  226 

+  58    i  56.0 
•    9  54  49.  7 

54-7 
68.3 

2 
2 

15.  10 
+  i5-  1° 

y  j 

01:82 

$*    Microscopii  . 

•  O 

6.0 

1C    28    A.  1 

y  / 

62  7 

C 

I          J'    **' 

3.  8?3 

—  41  36  13.  Q 

63.5 

3 

15.  ii 

yj 

9583 

Q"\84. 

Groombridge»3435  .    . 
I     Pegasi 

7-9 

A      C* 

•  3    *w«  *fj 

15  28.92 

1C     •>(,    g2 

"*•.    / 

76.7 
68.  2 

J 
2 
23 

J        JJ 

2.069 
2.766 

Tm    j         j*  y 

+  48  45  35-6 

4-    IQ    12   27.  t 

J     J 

75-2 
67.8 

4 

3 

15.11 
15.  ii 

jfj***? 

9585 

Weisse  XXI,  346     .    . 

*r  j 

8.0 

*  J     o"'  u^ 

15  37.36 

76.8 

J 

5 

*"  /     v 

3.246 

/  *  ^ 
-    II    II      2.8 

58.6 

6 

15.11 

9586 

Weisse  (2)  XXI,  369  . 

7.8 

21    15    37-65 

68.8 

3 

+  2.377 

-)-  38  20  1  1  .  1 

69-7 

2 

+  IS-" 

9587 

B.  A.  0.7419    .    .    .    . 

7.0* 

15   47-60 

62.5 

5 

3-496 

-  25  47  55-o 

67.4 

3 

15.12 

9588 

DM.  +48°,  3350     .    . 

8.5 

15    52.28 

77-2 

2 

2.072 

+  48  47 

I5-I3 

9589 

Lalande  41544     .    .    . 

8.0 

16     5.09 

67.2 

2 

3.269 

-  12  39  24.6 

69-7 

2 

15-  H 

959° 

li.  A.C.  7422    .    .    .    . 

7-3 

16    6.  15 

62.2 

2 

3-5°3 

-  26    9  29.  9 

72.3 

5 

15-  H 

959" 

B.  A.  C.  7424    .... 

5-7 

21  16    6.  63 

68.7 

2 

+  3-45° 

-  23  20  39.  3 

68.3 

2 

+  iS-H 

9592 

Weisse  XXI,  357    .    . 

9.0 

16  10.  91 

77-4 

5 

3-247 

-  ii  17  41-5 

75-4 

5 

iS-iS 

9593 

O.  Arg.  8.21355  .    .    . 

7.2 

16  ii.  44 

65.2 

2 

3.466 

-  24  13  54-  7 

66.8 

2 

15.15 

9594 

33  Capricorni    

5-5 

16  12.80 

68.7 

2 

3-4'6 

-  21  26  40.  6 

56-7 

3 

i5-i5 

9595 

B.  A.C.  7426    .    .    .    . 

6.6 

16  14.71 

63-7 

2 

3.481 

—  25     i     8.6 

66.8 

2 

15-15 

9596 

9597 

Lalande  41550     .    .    . 
1  8  Aquarii      

7-5 
6.0* 

21   16  19.  76 
16  32.  33 

66.8 
66.4 

2 

+  3-46o 

3.  282 

—  23  53  19.0 
—   13  28  3S-  5 

68.7 

69.  2 

j      1 

+  15-16 
15.  17 

9598 

Weisse  XXI,  364    .    . 

9.0 

j    jj 
1  6  40.56 

77-2 

O 

3 

J 

3-247 

O               OJ     J 

-  ii  12  33-9 

73-7 

I 

15.  18 

9599 

Lacnille  8804  .... 

6.8 

16  41.04 

65-3 

2 

3-694 

-  35  27  12.8 

68.7 

2 

15.  18 

9600 

Lalande  41614     .    .    . 

7-5 

1  6  58.66 

68.8 

2 

2.386 

+  38    9  55-  7 

69-3 

2 

15.19 

U.  S    NAVAL  OBSERVATORY,  1845  TO  1877. 


243 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

IM 

O 

O 

£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

lH 
• 
D 
>-. 

5 
S 

1 

-— 
o 

6 

£ 

Annual 
Precession, 
i860. 

h.  m.      s. 

s. 

0           /           // 

// 

9601 

B.  A.  0.7431    .... 

6.0* 

21   17     8.74 

60.2 

2 

+   2.076 

+  48  47  25.  7 

70.2 

2 

+  15-20 

9602 

Lalande  41624     .    .    . 

6.0 

17  11.67 

74.1 

5 

2.390 

+    38      2    I7.I 

62.4 

3 

15.  20 

9603 

Tr.  Z.  186,69    .... 

8.8 

17  14.72 

66.8 

2 

3-458 

-    23    51    52.8 

68.7 

2 

15.21 

9604 

Tr.  2.54,14      .    .    .    . 

9.0 

17  16.  64 

68.8 

2 

3.488 

-    25    30    12.7 

56.8 

2 

15.21 

9605 

Lalande  41627     .    .    . 

7.2 

'7  '9-43 

68.8 

2 

2.389 

+  38    6  39.  2 

53-3 

4 

15.21 

9606 

B.A.  0.7432    .    .    .   '. 

5-3 

21   17  37.  ii 

63-7 

3 

+  3-  762 

-  38  25  53.4 

65-4 

3 

+  '5-23 

9607 

B.A.C.7437    •    •    -    • 

5-5 

17  40.52 

76.8 

3 

2.  691 

-f  23  40  28.  5 

69-3 

2 

15-23 

9608 
0600 

B.  A.C.  7434    .    •    •    • 
io  Aquarii                      . 

7.0 
6.0 

17  40.56 

17    l  l  .  ,l<  i 

63-3 
61.8 

5 

2 

3-493 

7.  21J 

-  25  50  20.  3 
—  io  20  n.  7 

63-7 
73.  o 

2 

4 

'5-23 

K.  27 

ywv/y 
96lO 

B.  A.  0.7436    .'  .    .    . 

6.5 

•  /    ^*  -  ^y 
17    44.69 

WJ.    •_» 

6l.7 

5 

O       J 
3.467 

JJ     1 

-  24  25  21.  6 

/  j*  v 

58.6 

8 

J      j 
15.24 

96ll 

B.  VI.  +  23°,  4304.    . 

8.8 

21    17    58.25 

77-3 

2 

+    2.690 

+  23  44 

+    I5-25 

96l2 

B.  A.C.  7442    .    .    .    . 

6.9 

18    2.52 

65.4 

3 

3-478 

-  25     5     7.3 

66.8 

2 

'5-25 

9613 

Mer.  C.  Z.  148,  115      . 

9-3 

18    8.  14 

65.7 

3 

3-442 

-  23     4  12.4 

67.8 

2 

15.  26 

9614 

Weisse  (2)  XXI,  433  . 

6.2 

18    8.38 

68.7 

2 

2.424 

+  36  45    9.  i 

47-3 

3 

15.26 

96l5 

O.  Arg.  S.  21382  .    .    . 

9.0 

18  14.00 

66.2 

2 

3.478 

-  25     4  59.  6 

66.8 

2 

15.26 

9616 

06  1  7 

Weisse  (2)  XXI,  436  . 

Laniont  727  •        ... 

8.6 

7    7 

21   18  14.43 

l8    H.42 

77-3 
68.7 

4 

2 

+    2.394 

•i.  4.  TO 

+  38    o 

-   22   25    55.  I 

66.3 

2 

+  '5-26 
15.  26 

yv/t  / 
96l8 

T     Capricorni                     . 

/    / 
-i    7 

«  \j    •  j.  t  *• 

i  8  40  oo 

/ 

62.  4. 

17 

j.  ^jv 

-3.  440 

—  23    o  54.  9 

59-  2 

Q 

15.  29 

9619 

DM.  -1  38°,  4482     .    . 

J    I 
8-5 

*  **  *t  •  ^7 
18  56.80 

***«  *r 

75.0 

/ 
4 

J.  t't 
2.396 

+    38       2 

7 

'5-3° 

962O 

Lacaille  8821    .... 

7.0 

19  19.41 

62.6 

7 

3-537 

-    28    19    51.4 

68.5 

3 

'5-33 

9621 

Mer.  C.Z.  137,  103      . 

8.0 

21     19    2O.  80 

65-2 

4 

+  3-  384 

-  19  54  58.9 

66.8 

2 

+  '5-33 

9622 

DM.  +  37°,  43°2     .    . 

8-3 

19    25.99 

76.9 

2 

2-399 

+  38    o 

'5-33 

9623 

DM.  +36°,  4554     .    . 

7-3 

19    32-93 

71-5 

9 

2.444 

+  36    5  12.  i 

71.0 

5 

'5-34 

9624 

B.  A.  C.  7450    .... 

7.0* 

19    56.47 

58.8 

3 

2.780 

+  18  46  14.4 

53-7 

2 

J5-36 

9625 
9626 

Weisse  XXI,  453     .    . 
69  Cygni        .    . 

7.0 

6.2 

2O      2.  98 
21    2O       1    87 

67-3 
67.7 

2 

6 

3-259 

-|-    2.  446 

-  12  16  12.  5 
+  36    351.4 

67.8 

S4.  1 

2 

7 

'5-37 
+  '5-37 

9627 

O.  Arg.  S.  21404  .    .    . 

7-7 

*4       *.\J         O  •    u  / 

20      9.31 

**/  •  / 

61.8 

3 

-p    ••  .  i  i 
3-5'2 

-  27    8  37.  3 

Jt-  O 

66.8 

"   2 

"5-37 

9628 

Weisse  (2)  XXI,  483  . 

7.0 

20    31.89 

71.4 

3 

2.467 

+  35  >4    9-9 

61.8 

2 

»5-39 

9629 

Weisse  XXI,  465    .    . 

6.6 

20  38.  83 

67.2 

2 

3-257 

-    12    10   23.4 

67.8 

2 

15.40 

9630 

5     Piscis  Australis    .    .    . 

6.4 

20  41.  23 

63-4 

6 

3.604 

-   31    SO  46.  2 

70.8 

3 

15.40 

963' 

b     Capricorni     

5-o 

21    2O  44.  12 

68.7 

2 

+    3-425 

-    22   24   50.7 

68.4 

3 

+  I5-40 

9632 

Lacaille  8823   .... 

6.7 

20  47.  50 

63-4 

3 

3-758 

-   38   41    38.3 

67.8 

2 

15.41 

9633 

Lacaille  8824  .... 

8.0 

21       7.46 

65-3 

2 

3-9'7 

-  44  41     7.9 

64.8 

2 

15-43 

9634 

06  1C 

Lacaille  8827   .... 
7o  Cvpni 

7.2 
6.0 

21       8.76 
21    38.  78 

63.2 
68.  7 

4 

•3 

3-747 

2.  441 

-  38  17  57-6 
+  36  3°  35-  6 

66.7 
53.  i 

3 

8 

15-43 
15.46 

yujj 
9636 

O.  Arg.  S.  21434  .    .    . 

8.0 

21    21    52.66 

73-5 

*> 

9 

+    3.448 

-  23  51     9.7 

69.  o 

3 

+  15-47 

9637 

O.  Arg.  S.  21436  .    .    . 

9.0 

22      4.14 

72.8 

6 

3-447 

-  23  49  11.5 

70.7 

4 

15.48 

9638 

Lalande  41789     .    .    . 

7-i 

22      5.  60 

68.8 

2 

2.481 

+  34  48    3-  7 

66.0 

3 

15.48 

9639 

B.  A.  C.  7463   .... 

6.8 

22      7.89 

68.8 

2 

3-377 

-  19  45  22.5 

63.1 

3 

15.48 

9640 

B.  A.  C.  7466   .... 

7.0 

22   20.  36 

65-7 

9 

3-482 

-  25  48  12.  3 

69.7 

7 

15-49 

244 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

S3 
fc 

C 

a 

<u 

g 

1 

"o 

O 

£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

ij 

rt 
B 
>, 

C 
rt 

<u 

S 

4 

0 

tM 

O 

6 
Z 

Annual 
Precession, 
1860. 

h.   m.      s. 

s. 

0          /             // 

// 

9641 

Weisse  XXI,  506    .    . 

9.0 

21  22  29.  73 

65.7 

3 

+    3-210 

-     9  I2  44-5 

65.7 

4 

+  "5-5° 

9642 

Lacaille  8834  .... 

6.8 

22    37.31 

63-'  3 

4 

3-491 

-  26  19  18.4 

68.8 

3 

i5-5i 

9643 

nfiAA 

Weisse  XXI,  522    .    . 

Anonymous 

7.2 

O.  2 

22    59-95 
23    14.  60 

67.7 
67.0 

2 

4 

3-297 

3-  322 

-  H  54     6.  7 
-  16  28    3.4 

68.3 
61.  o 

2 

5 

15-53 
15.  55 

y*-"tT- 

9645 

O.  Arg.  S.  21438  .   .    . 

y.   ~ 
9.0 

23  29-  35 

67-3 

2 

3-378 

—  19  56  12.9 

67.7 

2 

j  j  j  i 
I5-56 

9646 

O.Arg.  N.  22321      .    . 

9.0 

21  23  31.51 

73-3 

4 

+  o-  77' 

+  69  52    9.  3 

68.8 

4 

+   I5-56 

9647 

O.  Arg.  S.  21442  .    .    . 

7.0 

23  33-64 

65.7 

3 

3-376 

-  19  Si     °-3 

69.  i 

3 

'5-56 

9648 

O.  Arg.  S.  21441  .    .    . 

7-5 

23  33-95 

61.7 

2 

3.482 

-  25  54  50-  4 

65-7 

2 

'5-56 

9649 

06  en 

O.  Arg.  S.  21443  .    .    . 

7-4 
5-O 

23  34-47 
23  36.  40 

68.7 
66.4 

3 
3' 

3-424 

2.  714 

-  22  37  25.4 
+  23     i  37.2 

63-7 
73-  ' 

4 
6 

I5-56 
15-56 

ywju 

9651 

Lacaille  8839  .... 

J 

6.5 

21    23   45.32 

61.7 

2 

+    3-484 

—  26     i  34.9 

65.0 

4 

+  15-57 

9652 

Weisse  XXI,  543     .    . 

9.8 

23  59-  25 

65-7 

3 

3-2II 

—      9   21    22.  I 

65-7 

4 

15-59 

9653 

o6c/t 

O.  Arg.  S.  21447  •    •    • 
/?    Aquarii              .... 

8.4 

1.  0* 

24     i. 
24  11.  18 

55-3 

241 

3-479 
3-  :63 

-  25  50  28.  6 
6  i  i     6.  5 

77-8 
51.8 

2 

95 

15-59 
15.60 

y^jT- 

9655 

Lament  740      .... 

O 

8-5 

24  H-55 

65.7 

,      2 

3-44° 

-  23  40  28.  5 

68.3 

2 

15.60 

9656 

B.  A.  C.  7479   .... 

6-5 

21    24   28.87 

63-7 

3 

+  3-467 

-   25    12   23.8 

69.8 

3 

+  '5-61 

9657 

O.  Arg.  S.  21452  .    .    . 

7.2 

24  34.  68 

68.7 

3 

3-459 

-  24  45  58.  i 

71.4 

3 

15.62 

9658 

Lalande  41870     .    .    . 

7-4 

24  45.84 

67-3 

2 

3-264 

-    12   52   56.2 

68.8 

2 

15-63 

9659 

O.  Arg.  S.  21466  .    .    . 

8.6 

25  38.79 

77-3 

3 

3-475 

~    25    51 

15-67 

9660 

B.  A.C.  7485    .... 

6.8 

25  55.89 

66.4 

3 

3-324 

-  16  48  53.7 

55-8 

6 

15.69 

966i 

Lacaille  8846   .... 

6.0 

21    26      4.05 

64.  2 

2 

+  3-  705 

-  37  IS  58-9 

66.8 

2 

+  >5-7o 

9662 
066"? 

Lacaille  8849  .... 
Anonym  .HIS           . 

6.2 
Q   O 

26  36.  97 
26  46  2>\ 

62.2 

60.  7 

4 

2 

3-557 
5.483 

-  30  18  56.5 
—  26  21     5.  6 

64.4 
67.8 

3 

2 

15-73 
15.  74 

7         J 
9664 

1)    Cephei  (ist*)  .    .    .    . 

y  ** 

8.0 

-tv    ifw.  *.J 

26  48.  12 

7   / 

70.2 

2 

O'   'T'-'J 

+  0.802 

+  69  56  43-  3 

67.7 

3 

15-74 

9665 

B.  A.  C.  7504    .... 

6.0 

26  48.  83 

62.0 

2 

—io.  285 

+  86  27     1.6 

70.2 

4 

iS-74 

9666 

P    Cephei  (2d*)  .    .    .    . 

3-0* 

21  26  50.  34 

57-5 

114 

+  0.802 

+  69  56  47.  i 

52.4 

80 

+  15-74 

9667 

O.  Arg.  S.  21480  .    .    . 

8.7 

26  52.90 

65-7 

4 

3-  298 

-  IS  M  55-8 

65.4 

3 

15-74 

9668 

0.660 

Weisse  XXI,  623    .    . 
37  Capricorni    

8.8 

7.  O* 

26  58.07 

26    ?8.  Q7 

65-7 
6S-  7 

3 

2 

3.201 
3-385 

-    8  49  55.  6 
—  20  42  20.  9 

66.2 
65.7 

4 

4 

15-75 
15.75 

?w     7 

9670 

Weisse  XXI,  628     .    . 

/  • 
7.9 

'**    j*"  y  1 

27    9-  >3 

J*   1 

67.1 

.  5 

3.  200 

•    8  46  44.  o 

67.8 

2 

15.76 

9671 

B.  A.C.  7492    .    .    .    . 

6-3 

21    27    15.04 

64.0 

4 

+  3-441 

-  24     4  28.0 

63-7 

2 

+  15-76 

9672 

Lament  43  1  7    .    .    .    . 

8.8 

27    17.48 

68.1 

3 

3-  '99 

•     8  43     o.  i 

68.3 

2 

15-77 

9673 

O.  Arg.  S.  21490  .    .    . 

9.2 

27  32-  73 

67.2 

2 

3-296 

-  15  13     9-8 

70.7 

2 

I5-78 

9674 

B.  A.C.  7497    .    .    .    . 

6.0 

27  35-34 

68.7 

2 

3-055 

+       I    12   32.  I 

64.8 

3 

15.78 

9675 

Lalande  42034     .    .    . 

6.8 

27  54.27 

73-3 

4 

2.431 

+  37  54  27.  i 

64-9 

5 

15.80 

9676 

O.  Arg.  S.  21492  .    .    . 

9.0 

21  27  54,84 

61.8 

2 

+  3-479 

-  26  17  23^8 

68.2 

2 

+  15.80 

9677 

8     Piscis  Australis    .    .    . 

5-8 

28    3.52 

63.0 

4 

3.488 

-  26  47  36.  2 

68.5 

3 

15.81 

9678 

Rumker  9267  .... 

8.0 

28    10.  02 

68.7 

2 

3-3I3 

-  16  19     5.6 

57-3 

2 

15.81 

9679 

0680 

Weisse  XXI,  662    .    . 

Anonymous 

7-7 
8.0 

28    10.34 
28    17    QQ 

59-8 

64    4. 

2 

7 

3.  226 

3.680 

-  io  36  22.  i 
-  36  30  34.  3 

68.3 
67.8 

2 

2 

15.81 
15.82 

*/wwv 

/  *  yy 

*"f*  t 

J 

j 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


245 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

!• 

rt 

5. 

C 
B 

OJ 

s 

1 

IM 

O 

O 

fe 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

J 

rt 
O 

>* 

G 
rt 
U 

S 

1 

•*. 

0 

6 

'A 

Annual 

Precession, 
1860. 

h.  m.      s. 

s. 

0          /            // 

// 

9681 

7     Piscis  Australis    .    .    . 

6.1 

21  28  23.  77 

62.1 

8 

+  3-619 

-  33  43  17-8 

71.2 

5 

+  15-83 

9682 

Lacaille  8854  .... 

7.0 

28  24.  5  1 

66.7 

2 

3.680 

--  36  30  30.0 

67.8 

2 

15-83 

9683 

O.  Arg.  S.  21497  .    .    . 

9.0 

28  26.  23 

61.8 

2 

3-481 

-  26  27  14.0 

67.I 

3 

15-83 

9684 

Lamont  1426    .... 

7.0 

28  34.08 

68.7 

2 

3-355 

-  19    o  57.2 

57-3 

2 

15.84 

9685 
0686 

DM.  +  37°,  4353    .   . 
p     Cv£?ni 

8.5 
4.  S* 

28  41.41 

21    28   43.  08 

76.8 

71.  2 

3 

6 

2-431 

+    2-  2?'! 

+    38      0    58.  2 

-4-  44  ?8  27.  <; 

74-2 
t;^.  7 

2 
4 

15.84 
+  i?.  84 

yuuv 

9687 

0688 

B.  A.  C.  7509    .... 

72  Cvcrii 

T^     J 

6.8 
E..O 

29     1-54 
20    3.  c.8 

/ 

76.8 

68.8 

4 

2 

1                          J  J 

—  o.  160 

4-    2.  41? 

1        ^T     Jw         /  *  J 

-t-  75  47  18.  2 

4-    37    54.   28.  4. 

jo/ 

72.6 

57.  2 

2 

Q 

\    •  j  •••? 
15.86 
I5.86 

ywww 

9689 
Q6QO 

B.  A.  €.7508   .    .    .    . 

s     Capri  co  rni            . 

j 
7-3 

4.  Q 

?    j  j 
29  10.  25 

2Q    14.  10 

62.4 
62.7 

2 

6 

1           **•    TOJ 

0.800 
3.  371 

1     j/    j^  •***•  *t 

+  70  12  16.  o 

—   2O      S    27.  6 

j  /    *• 

6i.7 

en.  4. 

y 

4 
8 

j 

15-87 

1C     87 

S^TP* 

9691 

Weisse  (2)  XXI,  680  . 

*t*  y 

6.5 

-    i      *t'    »y 

21  29  18.  82 

*"    / 

68.7 

.      2 

JO/ 

+   2.415 

ivi         J      *-/  '   " 

4-  38  48  48.  2 

J;y    T^ 

60.7 

2 

J'  vt 

+  15.87 

9692 

Weisse  XXI,  685    .    . 

7-7 

29  23.84 

67.3 

2 

3-228 

-  10  47  56.  7 

67.7 

2 

15.88 

9693 

B.  A.  C.  7507    .... 

6.0 

29  32.  38 

68.7 

2 

3-354 

-  19    3  45-5 

56.8 

3 

15.89 

9694 

O.  Arg.  S.  21515     .    . 

7-5 

29  32.51 

59-2 

2 

3-454 

-  25     4  37-  5 

56-5 

5 

15.89 

9695 

Weisse  XXI,  691     .    . 

7.8 

29  36.  27 

68.8 

3 

3-  '49 

5  24  43-  5 

55-7 

2 

15.89 

9696 

Lamont  4328   .... 

8.0 

21    29    40.75 

67.3 

2 

+  3-  '93 

•    8  26  27.9 

67-7 

2 

+  15.89 

9097 

O.  Arg.  S.  21519     .    . 

7-7 

29  41.  98 

69.7 

2 

3-441 

-  24  19  15.7 

55-7 

5 

15.89 

9698 

Lacaille  8863  .... 

7-« 

3°    6.55 

63-7 

4 

3-47° 

-    26      4    20.  2 

69-3 

4 

15-92 

9699 

Lacaille  8862  .... 

6.6 

30   9.41 

63-7 

2 

3-547 

—  30  16    6.8 

65-2 

4 

15.92 

9700 

Q7OI 

O.  Arg.  S.  21525  .    .    . 
f     Anuarii 

6.2 
c.4* 

30  10.57 

21    30    17.  82 

68.7 
66.6 

2 
C4. 

3-334 

-4-    1    IQ3 

-  '7  5°    9-  i 
8  28  48.  7 

56.7 

60.  2 

4 

15.92 

_L     1C    Q7 

yt    • 
9702 

M.Z.74,5    

j.  ^ 

6.8 

30  20.  33 

64.  2 

JT1 

2 

\    j-    yo 
3-758 

-  40    9  25.9 

66.8 

2 

i     *JP  yj 
'5-93 

97°3 

B.  A.  0.7515    .    .    .    . 

6.0 

30   22.  30 

60.2 

4 

3.086 

i     o  58.  7 

61.1 

3 

"5-93 

9704 

B.  A.  0.7517    .    .    .    . 

7.0 

3°  33-  23 

76.8 

3 

3.298 

-  15  32  19-5 

74-8 

5 

'5-94 

9705 

Lalande  42108     .   .    . 

8.0 

30  36.  92 

69.  2 

2 

3-238 

-  "  32    4-3 

55-7 

2 

'5-94 

9706 

Lacaille  8867   .... 

6.5 

21    30  40.30 

65.7 

2 

+  3-625 

—  34  18  22.4 

69.8 

3 

+  15-95 

9707 

B.  A.  0.7523    .    .    .    . 

7-5 

30  56.  40 

62.5 

S 

3-45' 

-  25    4  37-9 

57-8 

ii 

15.96 

9708 

Q7OQ 

Lacaille  8870  .... 
e,     Pegasi   . 

6.6 

C.  C* 

30  58.06 

11    12    CO 

63.3 
71    ^ 

6 
e 

3-5oi 

2    7Q8 

-  27  55  55-9 
-j..  ig  41  26.  5 

63.8 
68.3 

2 
2 

15.96 

1  1*    Q7 

yivy 
Q71O 

74.  Cvtmi 

J.  J 
4n 

J*       *•«  Jv 
31   20.  26 

/  *  *  j 
60.  I 

j 

7 

*"   f  yw 

2    ^QQ 

+      -5Q     A*1      JO    O 

68  7 

2 

1  J'  yt 
IS    08 

7/ 

97" 

Q7I2 

M.Z.  55,13  
4.     Pepasi 

•  y 

8.0 

S    0* 

21    3'    24.73 

71      -31     OQ 

69.2 
4.6    7 

J 

2 

••  jyy 

+  3-669 

2    QOQ 

jy   T-/     •**•** 

—    36    28    21.  I 

_L       c       8    71    O 

vu.  / 

67.8 
68.8 

2 
2 

*  j-  y-1 

+  15-99 

I  C.    OO 

7/  •• 

97>3 

Weisse  XXI,  739     .    . 

.)•  «* 
8.0 

o  *  ji>  vy 
3'  36-79 

V  / 

65.7 

3 

*•  •  yyy 

3-283 

~      D      u   o**  v 

-  14  41   16.  2 

65.4 

3 

j-  yy 
16.  oo 

97H 

Lacaille  8873  .... 

6.4 

32     i.  10 

69.9 

6 

3-639 

-  35     9  45-  i 

73-8 

5 

16.02 

97'S 

O.  Arg.  S.  21550  .    .    . 

8.5* 

32     7-17 

65.7 

3 

3-378 

-    20    51     12.0 

65-7 

3 

16.02 

9716 
97  17 

B.  A.  0.7524    .... 

6.2 

4.  o* 

21  32    7-73 
32.  IQ.  74 

68.7 

SO.  4. 

3 
1  1 

+  2.428 

3.  322 

-h    38   41     19.4 
—    17    17    ^4.O 

61.5 
60.7 

3 
6 

+  16.03 
1  6.  o? 

Q7l8 

d    Aquarii          . 

C    C* 

o       y   /  T^ 

72    27    OO 

J  7'  ^ 

69.  6 

,< 

J'  J 
3O4Q 

/          /      O^'  v 

_L       I     7O    tI7    C 

•   / 

77    I 

e 

>.  «j 
1  6.  04 

7/      ** 

9719 

M.Z.53,33     .... 

J-  J 

8.0 

J^    •/•  v-fv 
32    29.  II 

76.8 

i- 
3 

•  vtfy 

3.637 

1    Jw    J/  *  J 

—  35    9    6.6 

/  j'  * 

67.8 

9 
2 

16.04 

9720 

B.  A.  0.7528    .... 

S-S* 

32    29.70 

59-2 

4 

2.786 

+  T9  38    5-9 

54-3 

5 

16.04 

246 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

" 

M 

rt 

<U 
>~. 

a 
a 
v 

s 

1 

IM 

0 

d 
£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 

>* 

oj 

<L> 

S 

ji 

o 
o 

6 
% 

Annual 
Precession, 
1860. 

• 

h.  m.      s. 

s. 

0           /           // 

// 

9721 

Weisse  XXI,  768     .    . 

8.0 

21   32  38.09 

68.7 

2 

+  3-234 

-   II   25   54.  I 

55-8 

3 

+   16.05 

9722 

O723 

Weisse  (2)  XXI,  816  . 
Anonymous 

6.0 
8.0 

32  59.67 
33    9.  14 

73-3 
65.3 

4 
4 

2-335 
3-  446 

+  42  39  37-0 
-  25     3  42.8 

66.8 
69.  7 

2 

2 

16.07 
16.  08 

y/^o 
Q724. 

Anonymous 

7.  o 

33  18.06 

62.6 

6 

3-594 

—  33    9  45.  7 

68.5 

3 

1  6.  09 

y/  *t 

9725 

O.  Arg.  S.  21562  .    .    . 

6.6 

33  34-  85 

68.7 

3 

•3-403 

-  22  33  42.  i 

65.6 

2 

16.  10 

9726 

Weisse  XXI,  801     .    . 

8.5* 

21  33  35-91 

68.7 

2 

+  3-  233 

-  ii  24  49.4 

55-8 

3 

+  16.  10 

9727 

Lacaille  8890   .... 

6.4 

33  44-  32 

63.0 

7 

3-456 

-  25  44    9.3 

64-9 

2 

1  6.  n 

9728 

Riimker  9349   .... 

7.0 

33  48.  27 

65.8 

3 

3-292 

-  15  28  34.0 

55.8 

7 

16.  ii 

9729 

Lacaille  8889   .... 

6.8 

33  52-22 

62.4 

6 

3-592 

-  33    8  30.3 

68.5 

3 

16.  12 

973° 

Lacaille  8887   .... 

8.2 

33  53-°5 

63-4 

3 

3.706 

-  38  34    2.  5 

68.3 

2 

16.  12 

973« 

07  12 

B.  A.  0.7536    .... 

42  Capricorn  i 

6.2 

C    o 

21  33  55-75 
11  1,5.86 

67.7 
67  8 

3 

0 

+  3-  368 
i.  280 

—  20  26  26.9 

~   14  40  14.  4 

67.8 
67.2 

2 
2 

-4-   16.  12 

It).  12 

71  J*' 

9733 

Lacaille  8891    .... 

J  •  " 

7-5 

J  J     J  J 

33  56.  62 

w/  •   u 

63-4 

J 

3 

J-   •*•' 

3-50J 

-  28   19  17.3 

66.8 

2 

16.  12 

9734 

Q711; 

Lacaille  8892   .... 
41  Capricorni    

7-4 

<;.  o 

34    0.54 

34      2.  12 

63-7 
71.8 

3 
c 

3.468 
3.  424 

-  26  29  39.9 
—  23  53  41.  5 

66.8 
68.3 

2 
2 

16.  12 
16.  12 

71  J  j 

9736 

O.  Arg.  S.  21575  •    •    • 

j 
7-i 

21  34    4.  10 

/      * 

63-7 

j 

2 

j'  •?••? 
+  3-497 

-  28    6  19.3 

68.3 

2 

+  16.13 

9737 
07-58 

B.  A.  €.7538    .    .    .    . 
9     Ccphei 

6-5 
^.  o 

34     5-34 

34      0.  82 

66.8 
67  i 

3 

4 

3-843 

I.  6l2 

-  44     7  47-  4 
-4-  61  27     4.  6 

68.8 
66.8 

2 
8 

16.  13 
16.  13 

7  /  J 

9739 

Q74.O 

Lalande  42269     .    .    . 
7  c   Cvffni 

J     •* 

7.2 

?.  2 

J*T      y  " 
34  H-97 
34.  4.1.  ^6 

"/  -  j 
68.8 
62  7 

T^ 

2 

4. 

2.431 

2    34.2 

+'38  52  56-8 
-1-  4.2  38  21.  t; 

58-3 
66.8 

5 

2 

16.  13 

16.  16 

y/T1" 

Q74.I 

K     Capricorn! 

J 
e   z 

j*t  *tm  *  j" 

21    34.    tJO    l8 

'*•  / 

72    I 

*T 

B 

*"    JT1** 

-4-    3    3^2 

1       "f™    J^               J 

—    IQ    3O      8.  <, 

6q.  1 

2 

+  16.  16 

y/  T-* 

9742 

Weisse  (2)  XXI,  871  . 

j   j 
7-5* 

**    ot    j~"  *** 

35     7-  ?6 

/  *»  « 

77-5 

j 

4 

i      J'  JJ* 

2-539 

A  y      ju           w.    j 

+  34    2  25.6 

y  j 

62.5 

4 

16.  18 

9743 

B.A.C.7549    .    .    .    . 

7-  i 

35  21.26 

63.0 

9 

3-436 

-  24  46  42.  4 

56.7 

6 

16.  19 

9744 

B.  A.  €.7550    .    .    .    . 

6.2 

35  23.34 

65.6 

6 

3-363 

-  20  15  28.  8 

67.7 

2 

16.  19 

9745 

Weisse  (2)  XXI,  877  . 

8.8 

35  25.48 

77-4 

3 

2-539 

+  34     3  54-o 

77-8 

4 

16.  19 

9746 

Lacaille  8896        .    .    . 

6.2 

21  35  5'-77 

63-4 

3 

+  3-7I3 

-  39  1  1     9.  6 

68.1 

3 

+     16.  22 

9747 

O.  Arg.  S.  21^,96  .    .    . 

8.6 

36  "3-97 

68.7 

2 

3-340 

—  1  8  49  11.7 

64.8 

2 

16.  24 

9748 

Weisse  (2)  XXI,  895  . 

7-5 

36  19.  26 

74.6 

6 

2.483 

+  36  54  5°-  7 

62.6 

4 

1  6.  24 

9749 
07^0 

Lacaille  8900   .... 
45  Capricorni     

7.2 
6.0* 

36  21.07 

^6   22   O^ 

63-4 

en    7 

3 

2 

3-709 
3-  288 

-  39    4  52-  5 

—    I  C    23    IO.  I 

67-3 

"SO.  7 

2 

8 

1  6.  24 
16.  25 

y  1  j 

975" 

Lacaille  8902   .... 

7.0 

O"     *•*.,  vj 

21  36  3'-  59 

jy-  / 
63-2 

5 

+  3-446 

j      j      y 

-  25  32  49.  5 

Jy    i 

63.8 

2 

+  16.25 

9752 

i      Piscis  Australis    .    .    . 

5.0 

36  35-77 

66.4 

3 

3-594 

-  33  39  46-4 

72.3 

6 

16.26 

9753 
Q71;* 

B.  A.  C.  7558    .... 
77  Cveni 

8.0* 
6.0 

36  37.02 

36   4.S    OS 

59.6 

64.  2 

2 

3-306 

2    4.CX 

-  16  36  33.9 

-j-    40   26   21.  O 

53-8 
61.8 

2 
4 

16.26 
16.  27 

?!  j^ 
9755 

Groombridge  3549  .    , 

7.2 

j^   *rj'  ^j 

36      55-25 

68.8 

2 

"•  f^^j 

2.407 

+  40  24  33.  8 

VJ'  " 

53-8 

2 

16.27 

9756 
9757 

Lalande  42355      .    .    . 
7T1  Cveni 

5.8 

$.  O 

21  37     4-33 

37      7    73 

68.7 
68.8 

2 
2 

+  3-  145 

2    1  23 

•      5    22    14-7 
-4-   So  11     67 

55-7 
?7.8 

2 
-J 

+  16.28 
16.28 

9758 

Weisse  (2)  XXI,  914  . 

J 

6.5 

ji       i  •  i  j 

37     7-  84 

68.7 

2 

*  *J 

2.478 

1      J^    JJ            1 

+  37  '5  56-4 

J/  • 

48.1 

j 

3 

16.28 

9759 

O.  Arg.  N.  22729     .    . 

7.0 

37  11-89 

69-3 

2 

0.847 

+  70  40  37-  3 

7i-4 

4 

1  6.  29 

9760 

Weisse  XXI,  896     .    . 

8.0 

37  «2.99 

63.2 

3 

2.945 

+     9  15  56.7 

68.3 

2 

16.  29 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


247 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

1_ 
• 
p 
>* 

a 

m 

B 

% 

1 

*o 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 

s 

1 
'o 

o 

fc 

Annual 
Precession, 
1860. 

0761 

2.  1* 

h.  m.     s. 
21  37  18.  56 

55-4 

270 

s. 

+  2.  945 

0          /          // 

+    9  H    5-5 

51.3 

141 

// 
-j-   16.  29 

y/  w* 

9762 

9763 
9764 

9765 

Lacaille  8907   .... 
Lacaille  8906  .... 
B.A.C.  7562   .... 
Weisse  (2)  XXI,  923  . 

J 

7.0 

7-5 
6.5 
6.0 

37  20.  86 
37  23-07 
37  27.06 
37  28.80 

63-5 
62.8 

66.3 
68.7 

5 

4 

2 
2 

3-5°° 
3-Sio 
3-205 

2-477 

—  28  46    4.  o 
—  29  21  55.  6 
-     9  40  41.0 
•f  37  22  42.  8 

68-5, 
70.1 
66.8 
48.2 

^j 

3 
3 

2 

4 

1  6.  29 
1  6.  30 
1  6.  30 
1  6.  30 

9766 

B.A.C.  7565    .... 

6.0* 

21  37  28.91 

71.4 

3 

+  2.406 

+  40  30  59-  2 

53-8 

3 

+   16.30 

9767 

0768 

c1    Capricorn!    

5-5 
5.8 

37  32-  25 
37  38.  29 

66.3 
68.8 

2 
2 

3-205 
2.472 

-    9  43  24.  5 
+  37  38  38.  3 

69.7 
57-8 

4 

4 

16.30 
16.  31 

y  1 

9769 

Weisse  (2)  XXI,  933  . 

6.9 

37  49-39 

68.8 

2 

2.472 

+  37  39  S6.  2 

68.8 

2 

16.  32 

9770 

ft     Cygni  (ist*)     .    .    .   • 

5-5 

37  53-°8 

67.4 

4 

2.657 

+  28    6  41.6 

59-o 

9 

16.  32 

977' 

ft    Cygni  (2d»)     .... 

6-5 

21  37  S3-48 

69.4 

3 

T    2.657 

+  28    6  38.  7 

61.4 

3 

+  16.32 

9772 

Lacaille  89  1  1   .    .    .    . 

6.5 

38    4-65 

62.6 

5 

3.583 

—  33  21  25.3 

70.4 

3 

16.32 

9773 

B.A.C.  7570  .... 

6.8 

38    6.65 

69.4 

3 

2.657 

+  28    8  33.  5 

57-7 

2 

>6.  33 

9774 

Q77<; 

Weisse  XXI,  916    .    . 
c2    Capri  comi     ..... 

8.0 

8.2 

38  11.24 

l8  47.  QO 

67.  2 

67.7 

3 

2 

3.084 

3-  207 

o  51     6.5 
9  55  'i-  6 

68.3 
56.8 

2 

7 

16.34 
16.  57 

y  1  1  j 

9776 

O.  Arg.  S.  21629  •    •    • 

8.8 

j      ^  i  '  y 
21    38   54.52 

68.7 

2 

+  3-  335 

-  18  47  53-9 

64.8 

J 
2 

j  i 
+   16.37 

9777 

Q778 

Lament  3752    .... 
Jl    Capricomi        .... 

8.2 

'i.  S 

38  55-  79 
T&  59.  68 

68.8 
66.  i 

2 

4 

3.229 
l.  216 

-  u  27  42.7 

—    1  2      O  34.  9 

55.8 
63.7 

3 
^ 

16.37 
16.  38 

"/  / 

9779 

Lacaille  8915   .... 

J    J 

5-7 

J         J7' 

39     i-57 

63v7 

2 

J'      J 

3.688 

-  38  35  49-4 

66.8 

o 

2 

,V,     JV 

16.38 

9780 

Weisse  (2)  XXI,  962  . 

8.0 

39    S-oo 

68.8 

2 

2.450 

+  38  54 

16.38 

97*1 

M.  Z.  200,  84    .... 

9.0 

21  39    6. 

+   3-338 

-    19      2    29.0 

77-7 

2 

+  16.38 

9782 
0781 

Weisse  XXI,  933    .    . 
(J     Capricorn! 

7.0 

•}    C* 

39    9-  04 
•JQ  1  8.  AC 

65.7 

c-i,  I 

3 
27 

3-24I 

7.   7Q4. 

-    12   2O    14.4 
—    l6  45    37   4 

66.2 
??.  i 

4 

12 

'6.39 

1  6.  w 

71  **J 

9784 

6     Piscis  Australis    .    .    . 

J    J 

5-7 

Jy    *  **•  *tj 

39  3°-  59 

JJ' 
62.  2 

J 

5 

O      J      T1 

3-544 

^J     JJ  '  T1 

-  31  32  38.  7 

jj 

72.5 

4 

jy 
16.40 

9785 

O.  Arg.  S.  21635  .    .    . 

8.8 

39  3»-95 

68.7 

2 

3-420 

-  24  19    0.3 

55-7 

2 

16.40 

9786 

Lacaille  8918  .    .    .    . 

6.8 

21  39  35-o6 

63-1 

6 

+  3.488 

-  28  23  44.  i 

65.2 

4 

+    16.41 

9787 
Q788 

B.  A.  C.  7584  .... 
1  1  Cephei 

6.5 

A    7 

39  35-  So 

1Q     CI      77 

71-3 

66  i 

6 

C 

2.715 
o.  884 

+  24  56  24.0 

-4-    7O  dO      1   O 

66.4 
68.4 

6 

2O 

16.41 

16.  42 

y  1  WLJ 

9789 

Lament  1464    .... 

T1      / 

6.5 

Jy   j  l  •  oi 

39  52.71 

w\*.    J 

68.7 

J 
2 

3-320 

I          /  **     *Tvr         J'  w 

-  17  56  26.  6 

56.7 

4 

16.42 

9790 

B.  VI.  —  1°,  4200    .    . 

9-4 

39  53-41 

65.8 

2 

3.089 

I  17  24.5 

65.8 

2 

16.42 

9791 

O.  Arg.  S.  21645  •    •    • 

7-4 

21  39  59-  19 

68.7 

2 

+  3-334 

-  18  5"  32-8 

64.8 

2 

+  16.43 

9792 

B.  A.  C.  7586   .... 

6.0 

40     1.74 

72.9 

6 

2.  716 

+  24  55    i-5 

7i-3 

6 

16.43 

9793 

Schjellerup  8841  .    .    . 

9-3 

40    2.  88 

67.3 

2 

3.088 

i  10  18.  8 

69.  i 

3 

16.43 

9794 

Q7QC 

Lacaille  8923  .... 
27  Aciuarii      ...        .    . 

7-  « 
6.0 

40    7.  58 

4O        7     QQ 

63-4 

6c  7 

6 

3-454 

1    OAZ 

-  26  31  25.3 

_|_~     2       2    26    1 

64.8 
60.  i 

2 

16.  44 

1  6  44 

71  yj 
i 

t"      /  •  yy 

wj-  / 

J"  viTJ 

i                  *    *Wi  j 

1  u.   (ftf 

9796 

B.  VI.  —  1°,  4203     .    . 

9.1 

21  40    8.  89 

67-3 

2 

+  3.088 

i   10  39.7 

69.2 

4 

+  16.44 

9797 

B.A.C.  7590    .    .    .    . 

7-5* 

40  25.  34 

68.2 

4 

2.845 

+  16  32  54-9 

53-7 

2 

16.45 

9798 

Weisse  XXI,  965     .    . 

8.6 

4°  27.  77 

69.7 

2 

3-238 

-  «2  i?     5-5 

69.7 

3 

16.45 

9799 

O.  Arg.  S.  21653  •    •    • 

8-5 

40  31.68 

72.9 

4 

3-335 

-  19    o  54.3 

73-4 

3 

16.45 

9800 

Lalande  42507     .    .    . 

6.0 

40  55-71 

68.7 

2 

2.497 

+  37     o  44.  2 

47-8 

2 

16.48 

248 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

rt 

V 

a 

rt 
<u 

1 

o 
o 

fc 

Annual 
Precession 
1860. 

Mean 
Declination, 
1  860.0. 

S 

i 

£ 

o 
o 

6 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

„ 

9801 

O.  Arg.  S.  21662  .    .    . 

8.2 

21  40  58.  13 

72.  I 

7 

+  3-4I6 

—  24  17   II.  6 

55.8 

2 

+   16.48 

9802 

Lamont  8544    .... 

9.0 

41     6.  26 

65.7 

3 

3-050 

+     I   38  42.4 

65.7 

2 

16.48 

0,803 

78  Draconis 

C      C 

41  20.  62 

68.  7 

2 

o  776 

1             fj  J          A  Q        X  2        6 

66.  5 

ift    en 

"3 

J'  J 

1  U.  ^U 

9804 

Lacaille  8929   .... 

7-5 

41  29.51 

63.0 

4 

3-693 

—  39  15  28.  6 

63.  2 

2 

16.  50 

9805 

O.  Arg.  S.  21668  .    .    . 

7-3 

4i  34-  ii 

68.8 

2 

3-334 

-  19    2    9.  6 

56.7 

2 

16.  51 

9806 

B.  A.  C.  7596   .... 

6.4 

21  41  41.66 

69.7 

2 

+  3-I52 

6    3    5.4 

67.8 

2 

+  16.51 

9807 

Lacaille  8934  .... 

7.2 

41  48.99 

62.6 

8 

3-476 

-  28    3  12.5 

66.0 

4 

16.52 

9808 

Weisse  XXI,  988    .    . 

8.1 

41  51.02 

65.8 

2 

3-264 

-  H  14  35-9 

68.3 

2 

16.  52 

9809 

Lamont  8551    .    .    .    . 

9-  i 

41  51.24 

67-3 

2 

3-045 

+     2    o  23.9 

69.8 

I 

16.52 

9810 

B.A.C.  7599  .... 

5-5 

42    6.83 

67-5 

3 

3.252 

-    13    22   25.1 

71.8 

3 

16.53 

9811 

Weisse  (2)  XXI,  1031. 

7.0* 

21    42    14.51 

57-5 

3 

+  2.524 

+  35  55  56.6 

47-3 

2 

+  16.54 

9812 

O.  Arg.  S.  21677  •   •    • 

7-4 

42   30.23 

66.3 

2 

3-473 

-  27  59    2.4 

66.7 

2 

16.55 

9813 

Weisse  XXI,  1002  .    . 

7-5 

42   32-49 

65-7 

3 

3-236 

-    12    15    27.  2 

66.2 

4 

16.56 

9814 

Lacaille  8937   .... 

7-i 

42   40.  50 

63-1 

6 

3.483 

-  28  35     2.  7 

63.7 

3 

16.56 

9815 

Lalande  42563     .    .    . 

5-6 

42  40.  68 

71.8 

'  3 

2.483 

+  37  59  57-2 

47-5 

3 

16.56 

9816 

Lamont  8563    .... 

9.0 

21  42  56.  69 

65-7 

3 

+  3-045 

+      2      2   28.8 

65.7 

2 

+  16.57 

9817 

B.  VI.  +  2°,  4429    .    . 

9-5 

43    o.  66 

65.7 

2 

3-044 

+      2    I3 

16.58 

9818 

RumkerNach.XXI,i32 

8.0 

43  20.49 

68.7 

2 

3-  142 

•    5  18    3-2 

55-7 

2 

16.59 

9819 

Lacaille  8941   .... 

6.8 

43  26.21 

62.  2 

7 

3-405 

-  23  55  10.  i 

64.8 

3 

1  6.  60 

9820 

O.  Arg.  S.  21687  •    •    • 

7-4 

43  27.  19 

68.7 

2 

3-472 

-  28    3    6.0 

68.2 

2 

16.60 

9821 

Weisse  (2)  XXI,  1058. 

7-  i 

21  43  27.49 

68.8 

2 

+  2.492 

+  37  41  50.8 

61.7 

2 

+  16.60 

9822 

Tr.  Z.  68,  17     .    .    .    . 

8.8 

43  29.01 

70.7 

2 

3.611 

-  35  4i  14-0 

70.7 

3 

16.  60 

9823 

DM.  +  36°,  4685    .    . 

7-o 

43  34.64 

68.8 

2 

2-519 

+  36  25  51.4 

47-7 

2 

16.61 

9824 

Weisse  XXI,  1033  .    . 

8.2 

43  58.  98 

63.8 

2 

3.260 

-  14    8  54.8 

66.7 

2 

16.63 

9825 

Weisse  XXI,  1037  .    . 

8.6 

44    5-  24 

65.7 

3 

3.040 

+    2  27  13.4 

65.8 

2 

16.63 

9826 

DM.  +  38°,  4616    .    . 

8.8 

21  44  18.  06 

76.8 

2 

+  2.469 

+  38  58 

+  16.64 

9827 

Lacaille  8945   .... 

8.8 

44  1  8.  26 

72.4 

3 

3.627 

-  36  39  18.  o 

66.8 

2 

16.64 

9828 

Lamont  1472    .... 

8-7 

44  21.49 

66.8 

2 

3  340 

-  19  47  17-3 

67.8 

3 

1  6.  64 

9829 

Lacaille  8947   .... 

8.0 

44  25.58 

63.2 

4 

3-468 

-  27  58  ii.  i 

65.4 

3 

16.65 

9830 

B.A.C.  7610  .... 

7-0 

44  32.48 

61.0 

6 

1.079 

+  69  30    7.  5 

53-7 

2 

16.65 

9831 

Groombridge  3579  .    . 

7-5 

21  44  39-  58 

77-7 

2 

+  2.472 

+  38  47 

+  16.  66 

9832 

Lacaille  8948  .... 

6-5 

44  47-  60 

68.7 

2 

?.  644 

-  37  33     i-9 

69-5 

3 

16.67 

9833 

Weisse  (2)  XXI,  1099. 

8.0 

45     6.  10 

76.8 

2 

2.472 

+  38  57  21.8 

75-8 

4 

16.68 

9834 

O.  Arg.  S.  21710  .    .    . 

8.2 

45  15-59 

68.5 

3 

3-339 

-  19  48  22.4 

66.8 

3 

16.68 

9835 

Weisse  XXI,  1063  .    . 

8.8 

45  16.26 

73-7 

4 

3-I50 

-      6      I    12.2 

73-5 

3 

16.68 

9836 

B.A.C.  7614    .... 

6.  i 

21  45  17.50 

73-o 

4 

+  2.474 

+  38  52  57-o 

60.  9 

6 

+  16.69 

9837 

Weisse  (2)  XXI,  1  102. 

6.0 

45  17.64 

76.8 

2 

2-474 

+  38  52  58.  i 

77-7 

2 

1  6.  69 

9838 

y    Gruis     

2-  5 

4.C    26    ^8 

62.  2 

3fic  i 

-i  Q       |     176 

7O  O 

1  6    7O 

tj    -tlj'  j 

.  \J$  1 

J 

9839 

B.A.C.  7616   .... 

7-0 

45  26.91 

6l.7 

4 

3-  132 

4  38  53-  9 

68.3 

2 

1  6.  70 

9840 

B.A.C.  7617  

7.0* 

45  30.90 

59-6 

2 

3-219 

-  ii  13    2.5 

54-7 

2 

16.  70 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


249 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

1 

W 

>> 

X 
ft 

O) 

X 

i 

O 

*o 
6 

£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

Mean  year. 

1 

VH 
O 

i 

Annual 
Precession, 
1860. 

0841 

q.  2 

h.  m.      s. 

21    4C     T.T..  TO 

65.7 

2 

s. 
+  3.  I6? 

0         /             // 

—     7      O   I  "*.  7 

72.  7 

2 

// 
+  1670 

yi>T-M 
084.2 

u     Capricorni        .... 

y 
4.8 

^j   jjjy 
4C    iq.7i 

J     1 

67.2 

=8 

1       0'  •  v  j 
•3     2?Q 

/       3f      O    / 
—    14.    12    "?!    1 

/     / 
62.8 

4. 

"•  /  w 
1  6.  71 

ywT-^ 
9843 

Weisse  XXI,  1071  .    . 

8.0 

*TJ    jy  i 

45  45-  36 

/  • 

59-7 

J 

2 

O*  *-jy 

3.268 

•*t    **•   j*  •  o 

-  H  5°  47-8 

55-9 

*? 

7 

16.71 

9844 
084.5 

Lacaille  8952   .... 

6.0 
9.8 

45  54-5° 

AC    CC.  TO 

72.6 

67.  T. 

5 

2 

3-623 

Soli 

-  36  43     7-  4 

-r-         7         I          2      1 

70.0 

69.  2 

8 

2 

16.  72 
16.  72 

y°4j 
9846 

O.  Arg.  N.  22961     .    . 

y    v 

8.5 

HJ   jj-  jy 

21  45  58.76 

1    *    J 

64-3 

2 

•  WJ  J 

+  1-097 

~        O                  *•  j 

+  69  30  47.  8 

6l.  2 

2 

+  16.72 

9847 

B.A.  C.  7620   .... 

6.0* 

46    6.  85 

58.7 

3 

3-215 

-  10  58    7.6 

56.9 

9 

16.73 

9848 

B.  VI.  +  37°,  4441  •    • 

6.8 

46     7-  3° 

68.8 

2 

2.  501 

+  37  46  26.5 

65.8 

3 

'6.73 

9849 

nSco 

Lalande4267i     .    .    . 
I  5  Pegasi   

7-  i 
6.0 

46  11.88 
46  14.  96 

68.8 
57.  -> 

5 
3 

2.490 
2.678 

+  38  17  5'-6 
+  28    8  22.  8 

46.8 

C7    7 

3 

7 

16-73 

l6    74 

y^j^ 

9851 
08^2 

Lalande  42678     .    .    . 
Anonymous               .    . 

7-4 
8.8 

21    46   25.35 

4,6  1.  1  60 

J  1      O 

68.8 
68.7 

4 

2 

*    "/  •* 

+    2-492 
3    2  2O 

f  38  15  55-0 

i  i     22    7C     I 

ji  •  I 

65-5 

cc  8 

/ 

3 

2 

*v»  /^ 

+   "6-74 
16  "7  c 

y°j£ 

9853 

ngcj. 

Weisse  XXI,  1085  .    . 

1  6  Pegasi        .                    , 

9.0 
e.  c* 

*tv  j  *  •  *-*w 
46  34.  94 

4,6   4.1     1Q 

65.7 

60.  2 

2 
17 

•    *«W 

3-  '64 

2   72? 

1  *     ^^    JJ-  * 

—    710  20.  o 
-i_  2C  16     -28 

55-  ° 
65.8 

C7     g 

3 

»c 

10-  75 
16.75 
1  6.  76 

y-'j'r 

9855 

o8c6 

Weisse  XXI,  1087  .    . 
Anonymous  

J     J 

8.6 

0.  2 

T*»    f*  •  jy 

46  45-  34 

21    46   51.12 

65.7 

6c  7 

•  / 

3 

2 

•*•  /  ^  j 

3.228 

4-  T.  228 

-j-     ^.^     iv/       j.  u 

-    12      I    19.7 
12      o   4Q.  Q 

j/-  ° 
66.9 

71     8 

•3 

6 

2 

16.76 

^  16  7fi 

y°jw 
9857 

Weisse  (2)  XXI,  1140. 

y'  *" 

6.0 

46   58.  13 

"j-  / 

69.  2 

2 

-p    J.  AAtl 

2-495 

+  38  10  43.  7 

71.  o 

65.5 

3 

iu.  yu 
16.77 

9858 

Groombridge  3598  .    . 

7.0 

47  16-27 

58.8 

2 

2.  O22 

+  55     8    4.0 

67.8 

2 

16.79 

9859 

Groombridge  3599  .    . 

7.0* 

47  1  6.  88 

58.8 

2 

2.  O22 

+  55    8  23.5 

54-3 

5 

16.79 

9860 

15.  A.  C.  7630   .... 

7.0 

47  22.  28 

60.6 

2 

3.280 

-  '5  55    o.i 

59-4 

6 

16.79 

9861 

Tr.  Z.  83,  14      .    .    .    . 

8.2 

21   47    28.  22 

68.7 

3 

+   3-404 

-  24  23  44.  8 

55-8 

2 

+    '6.79 

9862 

DM.  +  3°,  4631  .    .    . 

9-3 

47  28.38 

67-3 

2 

3-032 

+    3    5  33-  1 

65-7 

2 

If'.  80 

9863 

Weisse  XXI,  1106  .    . 

8.0 

47  29-55 

65-7 

5 

3-236 

-  '2  37  47.5 

65-7 

3 

16.80 

9864 

Lacaille  8965   .... 

6.8 

47  45-  29 

62.  2 

12 

3-5'5 

—  31  J5  58.4 

71.0 

5 

16.81 

9865 

Lalande  42700     .    .    . 

7-5 

47  49-  36 

59-9 

2 

3-364 

-  21  47  58.2 

52.6 

8 

16.  81 

9866 

O.  Arg.  S.  21737  •    •    • 

7-5 

21  47  49.69 

59-7 

2 

+  3-392 

-  23  42  47.  i 

67-7 

2 

+  16.81 

9867 

B.A.  0.7632    .    .    .    . 

5-9 

47  56-46 

62.5 

8 

3.640 

-  37  54  53-5 

70.5 

4 

16.82 

9868 
0860 

Lacaille  8967   .... 
Anonymous           .        . 

7-5 

9O 

48  34-  3° 

4.8    4.6    47 

63.8 

74    I 

3 

3.  600 
31^6 

-  36     i  21.9 

21    2C    78    C 

66.8 

C  7     1 

3 

16.85 
1  6.  86 

yuwy 
9870 

Weisse  XXI,  1139  .    . 

'  ** 

7.8 

*tu    *fr""F*  H-/ 

49     '-47 

/*r*  * 

70.7 

2 

•  jj" 
3-  HI 

••    *3    J°-  .) 

•    S  25     5-6 

JJ-  J 
72-4 

3 

16.87 

987I 

Lacaille  8968   .... 

7-2 

21  49    2.  24 

63-1 

6 

+  3-443 

-  27    8  24.  i 

63.8 

2 

+  16.87 

9872 

B.A.  0.7639    .... 

6-3 

49     3-u 

62.0 

3 

3-3'5 

-  18  33  37-o 

67.8 

2 

16.87 

9873 

Weisse  (2)  XXI,  1195  . 

6.0 

49  22.60 

73-2 

4 

2-558 

+  35  29    7-  3 

62.6 

4 

1  6.  88 

9874 

O.Arg.S.  21759  •    •    • 

8.7 

49  41-74 

68.7 

3 

3-36o 

-  21  46  55.9 

7'-3 

3 

16.  90 

9^75 
0876 

O.  Arg.  S.  21760  .    .    . 
1  7  Peeasi   . 

8.7 
6.0* 

49  42.44 
21  50    6.  86 

68.7 

CT      I 

3 

3-36o 

+    2    Q27 

-  21  48  32.  4 

+    1  I    24.   47    "3 

72.O 
C4.    I 

4 

r 

1  6.  90 
+  16  02 

71 

0877 

H    Cephei  

c    7 

50  lo.  99 

J*'  J 

6->   7 

e 

**  y^/ 
2.  OIO 

*T    T-/  •  J 

_L   cc    eg   eg  Q 

D4-  • 
6c    7 

J 
2 

ivy.  y* 

1  6.  92 

y          I     1 

9878 

B.  A.  C.  7644    .... 

J"  i 
7.0* 

50  16.29 

U-.     / 

67.8 

.) 
4 

0.887 

i     jj   jw  j0'  w 
+  71  49  47-  ' 

V3-  / 

53-7 

2 

16.93 

9879 

RUmker  XXI,  163  .    . 

9.2 

5°  3°-  32 

68.8 

4 

3-352 

-  21  24    5.  6 

54-3 

4 

16.94 

9880 

B.  A.  C.  7647    .... 

6.0 

5°  49-  29 

62.5 

3 

3-652 

-  39    3  44-o 

71.  i 

4 

16.95 

250 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

IM 

O 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 

D 

p^ 

C 
fj 

V 

1 

'o 

1 

Annual 
Precession, 
1860. 

h.   m.      s. 

s. 

0          /             // 

// 

9881 

B.  A.  €.7648    .... 

7.0* 

21   50  51.42 

46.8 

12 

+  3-  241 

-  '3  >9  59-3 

46.8 

II 

+  16.95 

9882 

B.  A.  0.7650   .... 

5-7 

50  52.91 

45-7 

3 

3.148 

-    6    5  14.  i 

67.8 

2 

16.95 

9883 

B.  A.  C.  7649   .... 

6.0 

50  54.91 

62.7 

4 

3-358 

-    21    50    56.3 

'55-9 

9 

16.  96 

9884 

Q88  C 

Lalande  42813     .    .    . 
79  Draconis 

8-5 
6.0* 

51     4.80 
51     7.66 

59-2 
66.5 

2 

6 

3-335 
o.  735 

—  20  16  25.  3 
+  73    2  25.  7 

55-4 
70.0 

3 
16 

16.97 
16.  97 

y°°3 

9886 

O.  Arg.  S.  21772      .    . 

8.2 

21  51   18.  14 

64.4 

6 

+  3-397 

-  24  33  25.5 

66.7 

2 

+  16.98 

9887 

O.Arg.S.  21774      .    . 

7-1 

51  23.61 

64.4 

7 

3-396 

-   24   29   58.  2 

66.7 

2 

16.98 

9888 

B.  A.  C.  7652    .... 

6.2 

51  25-15 

64.4 

6 

3-382 

-   23   32    23.4 

59-7 

9 

16.98 

9889 

oScio 

Lacaille  8981   .... 
Anonymous  

7-4 
8.  f, 

51  26.27 
51  26.88 

72.9 
68.7 

6 
3 

3.478 
3-  34° 

-    29  43    24.  2 
—   20   38 

65-3 

2 

16.98 
16.98 

yuyv 

9891 

RumkerNachXXI,l70 

J 

21    51    32.58 

70.1 

6 

+  3-340 

-  20  40  1  8.  5 

64.6 

6 

+  16.99 

9892 

II    Piscis  Aus'ralis    .    .    . 

6.8 

51    32.80 

62.4 

5 

3-455 

-  28  17  51.5 

62.5 

3 

16.99 

9893 

O.  Arg.  N.  23109      .    . 

6-5 

51    41.  62 

77-9 

i 

2.283 

+  48    o  12.  4 

77-9 

i 

16.99 

9894 

Lacaille  8985    .... 

7.0 

51  45-33 

62.5 

3 

3-5«9 

-  32  ii  37-0 

66.6 

2 

17.00 

9895 

O.  Arg.  8.21789  .    . 

9-2, 

52     1.83 

71.8 

3 

3-348 

—  21  18    8.  7 

55-7 

.   2 

17.01 

9896 

Lalande  42878  .... 

7'3 

21    52    I3-3I 

68.7 

2 

+  2.5H 

+  38  15  39-9 

61.8 

2 

+  17-02 

9897 

0808 

jj     Piscis  Australis    .    .    . 
Anonymous      .    .    . 

6.0 

O    2 

52  47-  12 

C2    4.Q    "?8 

70.  i 
68.8 

8 

2 

3-  465 

?    2  2O 

-  29    7  .25.  7 

12    1Q    7Q    Q 

67.7 
68.8 

5 

2 

17.04 

17    Od 

yvyu 

9899 

O.  Arg.  S.  21796  .    .    . 

y.   *. 
7.0 

j*  T-y-  o" 

52  49.  67 

59-7 

I 

j.  ij'-' 

'  3-  385 

jy    jy    J 

-  23  57  49-  8 

68.3 

2 

i  /  •  **^ 
17.05 

9900 

Weisse  XXI,  1223  .    . 

9.O* 

52  51.84 

46.8 

2 

3-241 

-  13  3'  22.7 

46.8 

3 

I7-05 

9901 

QQO2 

O.Arg.S.  21800  .    .    . 
1  8  Pegasi   .    . 

8.8 
6.0 

21  53     7-97 
(1    8  « 

71.4 
58.8 

3 

2 

+  3-342 

2    OO8 

-    21      0  47.7 

-4-     6     2  c.2  6 

57-0 

64    4. 

3 

•3 

+    17.06 
17.  06 

vy-**- 

9903 

O.  Arg.  N.  21803     •    • 

8.5 

j-j      '  jj 
53    9- 

**  yy" 

3.461 

i      "     "  j  ^*  v 
-  28  59  42.8 

W*fl    14. 

66.8 

J 

2 

17.06 

9904 

Lacaille  8993   .... 

7-  i 

53  12.  12 

62.7 

2 

3-555 

-  34  3°  12-5 

64.8 

2 

17.06 

9905 
0006 

Weisse  XXI,  1240  .    . 
Anonymous  ... 

7-7 

O    I 

53  32.21 

21    $1    S  I    60 

57.8 

64.     A 

2 
2 

3-243 

+    7.  ^4,6 

-  13  4i  37-5 

—   21    21   4.6.  5 

57.8 
68.8 

2 
2 

17.08 

-L-    1  7   OQ 

yyv\J 
9907 

Weisse  XXI,  1253  .    . 

7"    • 

8.0 

-  •    jj   j  •  •  "v 

54    9-12 

*™f*  T- 

72.8 

4 

j'  Of-1 

3.229 

*"j    tf.w.  j 

-  12  39  45-6 

71.0 

5 

\        I  '  ^y 
17.11 

9908 

Weisse  XXI,  1255  .    . 

8.1 

54  10.  17 

72.8 

4 

3.229 

-  12  39  54-9 

71.0 

5 

17.  II 

9909 

Weisse(2)XXI,l33i  . 

6.2 

54  11-84 

71.4 

3 

2.  602 

+  33  57  33-8 

61.5 

3 

17.11 

9910 

Lacaille  9000  .... 

6.7 

54  22.  58 

62.2 

6 

3.521 

-  32  48  27.6 

69.8 

3 

17.  12 

9911 

B.  A.  C.  7665  .... 

6.2 

21  54  29-  '5 

66.8 

2 

+  3.306 

-  18  34  24.5 

64.  2 

4 

+    17-12 

9912 

Lacaille  9003  .... 

6.7 

54  41.64 

66.3 

8 

3.442 

-   28      2    21.0 

72.2 

4 

'7-13 

99»3 

29  Aquarii  (ist*)     .    .    . 

7.0 

54  46.  47 

72.8 

4 

3.293 

-    17    38    17-2 

71.4 

3 

17-13 

9914 

29  Aquarii  (ad*)      .    .    . 

7.0 

54  46-72 

72.8 

4 

3-293 

-    17    38    14-3 

68.2 

3 

17-13 

99'S 

•Lacaille  9005   .... 

7-5 

55    9-68 

63.8 

5 

3-436 

-  27  43  28.  5 

72.7 

2 

17.15 

9916 

QQI7 

Lacaille  9004  .... 
Anonymous  

7-2    ' 

9O 

21  55  10-74 

ere    T7    c8 

63-1 

68  7 

7 

2 

+  3.481 

32  I  I 

-  3°  34  39-  6 
ii   IQ  c  1  1  6 

72.8 

cc   8 

6 

2 

+   I7-I5 

17     T  C 

y  y   i 
9918 

O.Arg.S.  21828  .    .    . 

•  ** 

8.8 

j  j    *  /  •  j*-* 

55  23.89 

wo.   / 

68.7 

2 

.  1.  1  i 

3-414 

—  26   19  32.  2 

D.)-  ° 
7O.O 

4 

1  /•  1  J 

17.  16 

9919 

O.Arg.S.  21829  •    •    • 

9.0 

55  26.06 

68.7 

2 

3-334 

-    20   47       S-2 

56.  2 

2 

17.  16 

9920 

Lacaille  9007   .... 

7-8 

55  35-23 

62.5 

3 

3-471 

-  30   '  17-9 

67-3 

2 

I7-I7 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


1 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

1 
5 

o 
'o 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

1 

i 

IM 

0 

o 

y, 

Annual 
Precession, 
1860. 

h.  m.     s. 

s. 

0         /             // 

„ 

9921 

O.  Arg.  8.21832  .    .    . 

9.0 

21  55  39-44 

60.  7 

2 

+  3-356 

-    2fl   22   34.  I 

56.4 

5 

+  17-18 

22 

30  Aquarii 

5-  5* 

55  54'  4^ 

71.8 

4 

,         jrg 

7  1  1  50.  i 

73-  4 

5 

17.  19 

9923 

Lacaille  9006  .... 

J     J 

7.0 

55  54-53 

66.8 

3 

3-641 

-  39  33     i-  8 

70.8 

4 

17.19 

9924 

O.  Arg.  8.21836  .    .    . 

8.4 

55  55-95 

67-3 

2 

3.400 

-  25  29  37.  2 

67.8 

2 

17.19 

9925 

O.  Arg.  S.  21837  .    .    . 

8.4 

55  56.49 

67-3 

2 

3-401 

-  25  31   18.  8 

67.8 

2 

17.  19 

QQ26 

o      Aquarii          .         ... 

4  5 

21    56      4.21 

45.  6 

3 

4-  3   106 

—     2  40  45.  9 

71.  i 

1 

+  17.  19 

yy™* 

9927 

Weisse  (2)  XXI,  1397  . 

6-5 

J"         *T*    "  J 
56      15.69 

TJ'  •• 

72.  i 

a 

2.567 

*-   ^y  ^j'  y 

+  36  18  34.  i 

46.8 

o 

2 

17.  20 

. 

9928 

13  Piscis  Australis    .    .    . 

6.6 

56      I9.03 

63-4 

5 

3.478 

-  3°  35  33-  8 

66.8 

2 

17.21 

9929 

O.  Arg.  S.  21841  .    .    . 

8.0 

S6      21.73 

64.8 

2 

+  3.356 

—    22    27    22.  2 

58.0 

12 

17.21 

9930 

B.  A.  C.  7678  .... 

6.2 

56  24.  10 

76.8 

4 

-  o.  684 

+  79  38  28.  8 

72.8 

12 

17.21 

9931 

B.  A.  0.7677    .... 

6.5* 

21    56   29.  76 

59.2 

2 

+  0.627 

+  74  19  35-9 

54-2 

4 

+  17-21 

9932 

Lacaille  9012   .... 

6-7 

56   37-84 

68.1 

3 

3-454 

-  29     6  43.  4 

69.1 

3 

17.  22 

9933 

B.  A.  C.  7675  .... 

6.8 

56   38-  52 

69.0 

4 

3-429 

-  27  29  53.3 

61.7 

2 

17.  22 

9934 

RumkerNachXXI,  186 

8.2 

57    9-14 

68.7 

3 

3-3I7 

-  19  45     8.8 

55-5 

3 

17.24 

9935 

Anonymous  .... 

8.8 

57  16.  18 

70.9 

6 

3.428 

-  27  31  35.9 

67.8 

4 

'7-25 

9936 

B.  A.  €.7680    .    .    .    . 

S.o* 

21  57  16.  28 

58.8 

2 

+  3-  138 

S3'     o-5 

53-7 

2 

+  17-2.5 

QQ^.7 

32  Aquarii              .    . 

4.  7 

57    15.  22 

46.  2 

1 

7.  OQI 

—      I    14   55    I 

7O.  5 

-l 

17.  26 

yyji 
QQl8 

/i     Gruis 

-T-    / 

J  /     JJ 

57    1Q.  77 

62.7 

j 

6 

o       y 

3.  647 

JT-    JJ'  * 

/    •  j 
71.8 

3 

6 

/ 
17.  27 

yyjr* 

9939 

O.  Arg.  S.  21869  .    .    . 

7-8 

J  /      37     i  1 
58         5.90 

*     / 

60.6 

3 

J'         T  / 

3-3'o 

-    19    2O    50.  I 

/      • 

57.0 

10 

17.29 

9940 

Weisse  XXI,  1333  .    . 

9.0 

58    7-53 

61.9 

3 

3-199 

-  10  34  29.  7 

58-3 

4 

17.29 

9941 

B.  VI.  21",  77  .... 

8.  i 

21    58      7.80 

68.7 

2 

+  3-325 

-  20  27    8.  i 

49-8 

3 

+   I7-29 

9942 

O.  Arg.  8.21877  •    •    • 

8.4 

58    II.  80 

68.7 

2 

3-313 

-  19  36  37.2 

56.1 

3 

17.29 

9943 

O.  Arg.  8.21876  .    .    . 

6-5 

58  12.86 

68.7 

2 

3-454 

-  29  23    4.  o 

67-3 

2 

17.29 

QQ44 

a     Aquarii     ,            . 

1.0* 

58  15.  50 

54.0 

2O4 

3.084 

O    5q    54   2 

si.  5 

88 

17.  31 

004  c 

L     Aquarii     

J 

4.  5* 

J         JJ'  J 

58  52.35 

54-  4 

2O 

J     ""*fr 
7.  247 

I 

j     j 

55-  o 

6 

17.  12 

yy*rj 

QQ4.6 

21  Peuasi  . 

"      J 

6.0* 

21    5q   14.  2O 

62.8 

2 

J'       T'/ 

-J-    2.  7IO 

4-  28   17     77 

-3 

/    o 

4-  17-  11 

y^T1" 

QQ47 

a     Gruis     ,    . 

2.  O* 

jy     "f* 

cq  21    14. 

52.  2 

18 

I     **•  /  *  *•* 

3.  808 

I         *'tj      *  /           /  '    / 

—    47     7.8    14    1 

56-  9 

3 

C 

1           /     OJ 

17.  14 

yyti 

9948 

B.  A.  C.  7694    .... 

6:6 

jy     *"3'   J^ 

59  26.  66 

2 

3-356 

T1/        O            **T*    J 

—  22  55  18.  8 

65.  2 

J 

2 

/  •  JT^ 

'7-34 

9949 

O.  Arg.  8.21896  .    .    . 

7-8 

59  42.  18 

65.7 

I 

3-319 

-  3°  '5    0.3 

67.7 

2 

I7-36 

9950 

O.  Arg  S.  23345  .    .    . 

8-3 

59  42.  30 

76.8 

2 

2.  iSl 

+  53    4  16.6 

74-9 

3 

"7.36 

i 

f     Cephei(ist*)  .... 

21  59  44.  01 

77.  1 

8 

4-   I.  702 

-\ 

9952 

$     Cephei  (2d»)  .    .    .    . 

59  44-92 

1  1    j 

77-3 

8 

i         / 
I.  702 

|  +63  56  47.  5 

73-6 

2 

+  17.36 

9953 

Lacaille  9027    .... 

7-2 

59  45-21 

63-7 

2 

3.385 

-  25     4  22.  9 

66.8 

2 

17-36 

9954 

B.  A.  0.7697    .... 

6.0 

59  50-37 

64-7 

2 

3-204 

-  ii     7  41.  i 

(M.I 

3 

I7-36 

9955 

Weisse  XXI,  1375  .    . 

9.0 

59  51.92 

64.8 

2 

3.188 

9  5'  48.3 

58.4 

4 

17-36 

9956 

O.  Arg.  S.  21903  .    .    . 

9-5 

21  59  54-67 

65.7 

5 

+  3-389 

—  25  22  39.  i 

65.7 

3 

+  '7-37 

9957 

O.  Arg.  S.  21904  .    .    . 

6.2 

22      0      0.  39 

68.7 

3 

3-253 

-  15  10  17.  i 

70.0 

4 

17-37 

9958 

I.alande  43106     .    .    . 

8.0 

o    3-58 

60.8 

2 

3-346 

—  22  16  26.  3 

55-5 

3 

'7-  37 

9959 

O.  Arg.  N.  23362     .    . 

8.0 

o    6.  20 

67-3 

2 

2.  191 

+  52  49  5°-9 

69.0 

4 

17-37 

9960 

O.  Arg.  S.  21909  .    .    . 

7-8 

o  ii.  81 

67-9 

3 

3-359 

-  23  17  44.7 

69.7 

2 

'7-38 

252 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

| 

O 
<— 

C 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

i 

>-. 

5 
% 

.3 

o 

lu 

0 

O 

fc 

Annual 
Precession, 
1860. 

h.   m.      s. 

s. 

0         /             // 

// 

9961 

B.  A.  C.  7702   .... 

5-5 

22     013.  66 

70.4 

3 

+  3-535 

-  34  43  27-  9 

66.  i 

3 

+  17-38 

9962 

Weisse  XXI,  1384  . 

8.0 

o  19.45 

61.9 

3 

3-  '99 

-  10  45  35.0 

58.5 

4 

17-38 

9963 

006/1 

O.  Arg.  S.  21910     .    . 

7-4 
e.o 

o  24.32 
o  29.  89 

63.8 
65.6 

2 
2 

3-375 
2.766 

-  24  24  54.  9 
+  24  39  44.  9 

66.8 

67.7 

2 
2 

'7-39 
17.  39 

yyu4 
006  c 

J 

9-  5 

o  31.01 

65.7 

I 

2.  100 

+  52  57  20.  i 

69.8 

2 

17.39 

yyuj 

9966 

O.  Arg.  S.  21912  .    .    . 

7.8 

22      0   33.  78 

68.7 

2 

+  3-  295 

-  18  30  53-2 

71.5 

3 

+  17-39 

9967 

O.  Arg.  N.  23385      .    . 

6.8 

o  50.  38 

71.0 

8 

2.  192 

+  52  56  34-o 

7O.  2 

6 

17.41 

9968 

O.  Arg.  S.  21915  .    .    . 

9.2 

o  55.09 

68.8 

2 

3-345 

-   22   22    19.  7 

66.8 

2 

17.41 

9969 

OQ7O 

Weisse  XXI,  1398  .    . 

9.0* 

5.  7 

I     4-5° 
i   17.99 

47-6 
69.8 

2 

5 

3-218 
3-  302 

-    12    17   46.  I 

—  19  12  ii.  3 

65.8 
56.7 

3 

7 

17.41 
17.43 

Spy/** 

QQ7I 

7.8 

22      I    22.  87 

67.2 

2 

+  3-633 

—  40  18  29.  i 

^ 

67.8 

i 

+  '7-43 

yy/  * 

9972 

O.  Arg.  N.  23425      .    . 

8-5 

I    24.58 

72.8 

4 

2-193 

^  53     2  43.3 

69.8 

i 

'7-43 

9973 

O.  Arg.  S.  21923     .    . 

8-3 

I    25.03 

7O.  2 

4 

3-302 

—  19  10    6.  i 

68.9 

2 

»7-43 

9974 

O.  Arg.  S  21925  .    .    . 

6.9 

I    38.44 

64.0 

8 

3-371 

-  24  20  39.  3 

66.8 

2 

17.44 

9975 

0.  Arg.  N.  23438    .    . 

7.8 

I    38.63 

67.2 

2 

2.213 

+  52  27  38.  5 

69-3 

2 

17.44 

9976 

Lacaille  9036  ..... 

5.0 

22      I    44.37 

62.6 

2 

+  3-  529 

-  34  42     2.  9 

66.  i 

3 

+  17-44 

9977 

DM.  +52°,  31  13    .    . 

9.0 

I    48.  69 

75-  « 

3 

2.197 

+  53    o  3°-  5 

69.8 

i 

'7-45 

9978 

15   Piscis  Australis    .    .    . 

5-5* 

I    55-70 

50.8 

2 

3-5°4 

-  33  '4    3-  i 

50.8 

6 

17-45 

9979 
0080 

B.  A.  €.7715    .... 
36  Aquarii      

6.4 

7    I 

2    o.  74 

2      2    ^4 

63.0 
58.7 

6 

•2 

3-437 
'.  17^ 

—  28  58  42.8 
—    8  52  IQ.  8 

69.8 
64.8 

4 

2 

17.46 
17.  46 

yyuv 
998l 

Weisse  XXII,  13     .    . 

/ 

8.0 

"•  j*t 
22      2      5.87 

61.5 

J 

3 

j     i  j 

+  3-  182 

j        y 

—    9  29    6.  9 

58.0 

5 

•  /    t 
+    I7-46 

9982 

O.  Arg.  N.  23452     .    . 

6.0 

2    14.94 

t>5-7 

4 

2.  212 

+  52  37  27.5 

65.1 

3 

17-47 

9983 

M.  Z.  74,  15  

6.5 

2   37.61 

65.7 

2 

3.627 

—  40  13  50.  6 

68.7 

2 

17.48 

9984 
008? 

O.  Arg.  S.  21944  .    .    . 
7Tl  Pegasi   

8.8 
6.0 

2    41.  62 
•?       I.  58 

67.  2 

57-  2 

2 
4. 

3-367 

+  2.  6c6 

-  24  14  19.9 

4-    32   2Q   21.  7 

68.3 
S7.  8 

2 
7 

17-49 
17.  ?O 

yy*'j 

9986 

Lalande  (F)  4062    .    . 

7-5 

O        •     J" 
22      3      2.42 

J  f  ' 

71-5 

f 

8 

1            *  "j" 

--  1-693 

i     j        y          / 

+  82  ii  38.  8 

J  / 

66.8 

j 
2 

•  /    jv 
+    I7-50 

9987 
0088 

Lacaille  9045    .... 

7-7 
6.0* 

3    6.54 
3    8.  16 

65.7 

4.7.  6 

5 

22 

+  3-596 

7    214. 

—  38  44     2.  9 

—    12    15      6.  2 

69.8 

C,l     C 

6 
12 

17.50 
17    "sO 

5W** 

9989 

Weisse  (2)  XXII,  47  . 

8-3 

3    8.26 

*T/  •    ** 

75-2 

5 

j.  ««*f 

+    2.  585 

+  36  43  40.  2 

JT"    J 

65.8 

3 

1  /  *  jv 

17-50 

9990 

Bradley  2935   .... 

7-3 

3    8.56 

75-6 

S 

-    1.689 

+  82  ii  42.  7 

66.8 

2 

17.51 

999I 

B.  A.  C.  7724  .... 

7.0* 

22      3    '5-93 

59-2 

2 

+  3-334 

-  21  55    6.5 

55-5 

3 

+  i7-5> 

9992 

Lacaille  9046  .... 

6.2 

3  26.  10 

63-2 

2 

3-539 

-  35     99-4 

59-5 

3 

17-52 

9993 

B.  A.  C.  7729   .... 

7.0 

3  3°-  84 

62.0 

H 

3-4i6 

-  27  50  19.7 

72.1 

6 

17.52 

9994 

QQQC 

Lacaille  9047   .... 
7r2  Petrasi 

7.0 

A     O* 

3  41-75 

3d6    1A. 

63-3 

At     7 

5 

3.598 
2.658 

-  38  59  32.4 

+     12    2Q    "*  I    O 

67.9 
c7  8 

2 

17-53 

17     17 

yyyj 

9996 

O.  Arg.  S.  21962  ,    .    . 

*T*  ** 

9.0 

V'  JT- 

22      3    56.  64 

40-  / 

67.2 

2 

+  3-404 

j^  ^y  j1-  y 

-  27     6  43.  3 

;>/  -  ° 
67.8 

I 

1  /  '  JJ 

+  '7-54 

9997 

O.  Arg.  S.  21964  .    .    . 

9.0 

4    0.50 

63.7 

2 

3-335 

-  22    3  44.  8 

72.8 

2 

17-54 

9998 

Lacaille  9052   .... 

7.0 

4    4-  23 

65.3 

2 

3-633 

-  40  53  27.  3 

69.8 

2 

'7-54 

9999 

Weisse  XXII,  59    .    . 

7-5 

4    6.  81 

68.7 

2 

3.206 

-    II    42   49.  2 

47-9 

2 

'7-55 

IOOOO 

0.  Arg.  N.  23553     .    . 

7.0 

4  34-  32 

77-4 

5 

I.  122 

+    71    41    II.  2 

77.8 

2 

«7-56 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


253 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

Mean  year. 

1 

•— 

o 
o 

Z 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

S 
& 

C 
rt 
D 

s 

1 
"o 
6 

Z 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

IOOOI 

O.  Arg.  S.  21966  .    .    . 

9.0 

22     4  38-  55 

64.  2 

4 

+  3-292 

-  18  49    3-  2 

54-8 

3 

+   17-57 

10002 

B.  A.  C.  7739  .... 

7.0 

4  41-40 

61.9 

10 

3.412 

—   27   46   25.  2 

66.8 

2 

'7-57 

10003 

Rumker  9903  .... 

9.0 

4  43-  63 

69.8 

4 

3-  212 

-  12  17  10.  6 

58.3 

2 

17-57 

10004 

lOOO1} 

15.  A.  C.  7740   .... 
7o  Anuarii                     .    . 

7.0* 
?  o 

4  48.  95 

A      C2     CC 

47-7 
6?.  i 

5 

2 

3.  206 
3243 

-  ii  45  16.9 

—    14    S2    $1    7 

47-7 

7O    Q 

5 

17.58 
17   c8 

10006 

Lalande  43288     .    .    . 

j-  ** 
8.3 

^    J*"  33 
22      4   54.09 

"J*   * 

60.  i 

3 

•  "rj 

+  3-  290 

*T-      J*"      JJ'    1 

-  18  43    0.5 

/*-*•  y 

55-3 

4 

•  /  •  ju 
+   17.58 

10007 

O.  Arg.  S.  21972  .    .    . 

9-  I 

5     1-83 

69.4 

3 

3-334 

-   22    II    33.  I 

7i-7 

3 

17.58 

lOOOS 

Lacaille  9058   .... 

6.2 

5    3-66 

64.  i 

5 

3.400 

-  27     i     o.  o 

69.  i 

5 

'7-59 

10009 

Lalamle  43319     .    .    . 

6.8 

5     4.7i 

68.8 

2 

2.  6ll 

+  35  38  26.  7 

47-8 

2 

'7-59 

IOOIO 

B.  A.  C.  7742   .... 

6.0 

5     5-72 

70.7 

2 

2.896 

+    15    21      7-2 

68.7 

2 

'7-59 

IOOII 

Lalande  43320     .    .    . 

8.0 

22     5     6.  81 

68.8 

2 

+  2.595 

+  36  36  17.7 

55-' 

3 

-f  «7-59 

IOOI2 

O.  Arg.  S.  21979  .    .    . 

9.0 

5     8.99 

69.4 

3 

3-334 

-   22    10   21.  5 

7i-3 

4 

'7-59 

IOOI3 

O.  Arg.  S.  21982  .    .    , 

8.0 

5  10-32 

67.2 

2 

3-402 

-   27    II      8.3 

55-8 

2 

'7-59 

IOOI4 

O.  Arg.  S.  21987  .    .    . 

8.2 

5  24.22 

65.7 

2 

3-332 

—  22    5  46.  6 

57-2 

2 

17.60 

IOOIS 

B.A.C.  7744   .    .    .    . 

6.0 

5  26.  27 

71.6 

5 

3-'33 

•    5  24  34-  i 

67.8 

2 

17.  60 

10016 
1001  7 

B.A.C.  7745    •    •    •    • 
C     Cephei                  .    .    . 

6.2 
4  0* 

22      5    52.  06 

6    o.  oo 

62.8 
6<;  8 

7 

2 

+  3-  382 

2.  O7O 

-  25  52-20.  i 

-\-    ?7    "?O  42    5 

64.8 
61  o 

2 
C 

+  17-62 

I?6^ 

10018 

O.  Arg.  S.  22002  .    .    . 

T"    w 

7.0 

6  21.74 

j-  ^ 

65.7 

2 

3-33° 

I     3i    J      ^      J 

-    22      6    12.  3 

57-2 

3 
2 

•  /  •  v  o 

17.64 

10019 

A     Piscis  Australis    .    .    . 

6.  i 

6   22.  18 

58.9 

8 

3-4I7 

-  28  27  32.  8 

70.0 

4 

17.64 

IOO2O 

Weisse  XXI,  105    .    . 

9.0* 

6  26.  73 

47.6 

2 

3-  210 

-  12  16  50.3 

47-6 

2 

17.64 

IOO2I 

B.A.C.  7752   .... 

7.0* 

22    6  34.00 

54  4 

3 

+  3-129 

5    8  33.  8 

54-i 

6 

+  17-65 

IOO22 

B.A.C.  7753 

5-2 

6  36.  35 

68.7 

2 

2.645 

+  33  54  56.3 

47-8 

3 

17.65 

10023 

Weisse  XXII,  113  .    . 

9.0 

6  41.84 

65.7 

S 

3.062 

+    o  55     2.  2 

65.7 

3 

17.65 

10024 

B.A.C.  7754    .    .    .    . 

6.0* 

6  45-  74 

58.7 

2 

2.  127 

+  56~  8  37.8 

53-7 

2 

17.66 

IOO25 

O.  Arg.  S.  22013  •    •    • 

6.2 

6  57.06 

71.4 

3 

3-363 

-  24  41  50.4 

56.8 

5 

17.66 

IOO26 
IOO27 

Weisse  XXII,  n  8  .    . 
24  Cephei  

7.2 
5.  o 

22     7     3-3' 

7    6  67 

68.7 
76.8 

2 

+    3-25I 
I.  165 

-  15  47  26.8 
-U   71    -JQ     g.  o 

63.8 
7S.  1 

2 

4 

+  I7-67 
17.68 

IOO28 

M.  Z.  56,  78  

3 

7  8 

/          **"  "-1/ 

7    i  c   do 

/  **•  ** 

66.8 

2 

3    ^81; 

\     i      jy 
26  20  28.  7 

133 

68.2 

2 

/ 

17.68 

10029 

Weisse  XXII,  129   .. 

/  •  *•* 

9.0 

/    *  j~  H-y 
7  16.67 

67.3 

2 

o-  J^j 
3-058 

+     i   17  21.4 

68.8 

2 

/ 

17.68 

10030 

O.  Arg.  N.  23668     .    . 

6.0* 

7  24.46 

65.5 

3 

1.976 

-)-  60    4     3.  i 

53-7 

2 

17.69 

I003I 

Piazzi  XXII,  33      .    . 

6-5 

22      7    34.80 

73-7 

6 

+   2.885 

+  16  29  59.8 

73-8 

8 

+  '7-69 

10032 

IOO2? 

B.A.C.  7765    .    .    .    . 
M  Z  68,  3    .    .    . 

5.0* 

8    3 

7  52.35 

7C2    77 

5i-9 

60.  o 

7 

2.563 

3      ATt 

+  39     i   '7-8 

12    11    22    7 

50.5 
67.8 

>4 

2 

17.70 

17.  7O 

IWVJJJ 

10034 

O.  Arg.  S.  22022  .    .    . 

01  J 

8.2 

J*"  1  1 

7  56.39 

65.7 

2 

•  4/  6 

3-325 

J*    JO    *•*••  i 

-  21  58  16.  8 

68.3 

2 

ii 

17.71 

10035 

O.  Arg.  S.  22024  •    •    • 

8.6 

8  17.78 

70.7 

2 

3-325 

—  21  59  22.  8 

69-5 

3 

17.72 

10036 

Weisse  XXII,  153  .    . 

8.6 

22      8   26.82 

65.7 

3 

+  3-058 

+     i   '5  "-5 

65-7 

3 

+  17-73 

10037 

Weisse  XXII,  155   .    . 

8.4 

8  28.  96 

66.  i 

3 

3.069 

+    o  16  44.  7 

68.3 

2 

17-73 

10038 

B.A.C.  7768    .... 

5-5 

8  45.  04 

64.7 

2 

3-384 

-  26  35  36.  9 

71.8 

4 

«7-74 

10039 

Weisse  XXII,  167  .    . 

9.0 

9    0.52 

69.7 

2 

3-208 

-    12   21    38.  3 

69-3 

2 

17-75 

10040 

Weisse  XXII,  175  .    . 

8.0 

9  16.91 

69.7 

2 

3-208 

-  12  20  39.  5 

69-3 

2 

17.76 

254 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i 

>-, 

a 

rt 
u 

s 

£ 

o 

^ 
O 

6 
£ 

Annual 

Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 
<u 

s-> 

q 

rt 
u 

S 

1 

IM 

0 

6 
2 

Annual 
Precession, 
1860. 

10041 

6.0* 

h.  m.      s. 
22     9   17.99 

68.0 

4 

s 

4-    ^.  221 

0           /           // 

—   13  31  41.  i 

55-  7 

IO 

// 

-f-   17.  76 

10042 

B.  A.  0.7772    .    .    .    . 

6.0 

9  20.71 

69.0 

4 

1      J 

3-097 

2    17    31.5 

72.7 

2 

17.76 

10043 

IOO44. 

B.A.C.7775    •    •    •    • 

6.0 
4.  S* 

9  25-73 
9  26.  65 

68.8 

62.  I 

2 
137 

1.882 

^.  164. 

+    62    28       5.6 

•    8  28  44.  5 

53-7 

CO.  O 

2 
24 

17-77 
17.  77 

*W*M|^. 

10045 
10046 

Lacailk  9088  .... 
44  Aquarii      

M"   J 

6.6 
?.  5 

9  34-71 
22    9  47.  79 

J 

66.3 

71.  4 

2 

7 

j     ^ 
3.466 

+  3.  n8 

-  32  27  51.1 

—    6    ?    <;.  2 

Jy 

66.8 
54.8 

3 
\ 

iti 
'7-77 

+    17.  78 

IOO47 

I     Lacertae         .    . 

j  j 
S.o 

q  S2.  17 

46.  i 

J 
II 

I       J       J 

2  6oc 

j    j 

-i-    -37      -3    10.  7 

yt*  ** 
46.    % 

o 
1  1 

1            */*/*' 

17   78 

•  *^vf/ 
IOO48 

£     Cephei                          . 

j 

c   c 

7     J             1 

O    $1.  Ti 

66.  i 

2 

*•  V'V^J 
2    144 

1       O/        O       v"  / 

-(-    c6  2O  4.7   O 

*T"P    J 

;o.  8 

4 

/       /  *-* 

17    7Q 

IOO49 

O.  Arg.  S.  22049  .    .    . 

J     J 

8.5 

y   JJ    JJ 

9  53-47 

O 

68.7 

2 

m,    1  1^-^. 

3-3" 

|         J  V      i.^'     m  .   VJ 

-    21     IO       I.  5 

jy 

6S.i 

t 

3 

*  /  •  /  y 

17.79 

IOO5O 

Lacaille  9091    .... 

7-1 

10     3.67 

62.8 

3 

3-542 

—  37  17  35-0 

72.0 

7 

17-79 

IO05I 

DM.  +  370,4528    .    . 

9.0 

22    IO      5.02 

68.8 

2 

+  2.596 

+  37  40 

.  . 

+  17-79 

IO052 

O.  Arg.  S.  22051  .    .    . 

8.0 

10  16.63 

7.1.4 

3 

3-3" 

-    21     II    30.  5 

70.  o 

4 

17-79 

10053 

DM.  +  37°,  4530    .    . 

9.0 

10  18.  91 

77.8 

2 

2-597 

+  37  40  26.  8 

77-9 

2 

17.80 

10054 

Lacaille  9093    .... 

7-4 

IO    26.  12 

63.8 

2 

3-333 

-  22  59  47.9 

63.8 

2 

17.81 

10055 

O.  Arg.  S.  22060  .    .    . 

8.2 

10  50.  24 

71.4 

3 

3-31° 

-  21   ii  37.  3 

55-8 

2 

17.82 

IOO56 
IOO57 

Lacaille  9097   .... 
45  Aquarii          

6.7 
6.0 

22    II    24.68 
1  1    29.  82 

63-8 

6l    4 

4 
4 

+  3-409 

322-d. 

-  28  54  32.  6 
—  14    o  14.  8 

66.8 

7O    < 

2 
^ 

+  17.85 

17  8e, 

IOO58 

O.  Arg.  S.  22070  .    .    . 

8.0 

I  I    40.  O2 

*•"  '    *T 

71-5 

t 
3 

.   *-6"4. 

3-  35o 

-  24  30    9.  9 

/  w-  3 
56.7 

J 

4 

/  '    ^  J 

17.86 

10059 

Weisse  (2)  XXII,  271  . 

7.0 

II    45.22 

68.7 

2 

2.591 

+  38  19  35-4 

47-8 

2 

17.86 

IOO6O 

Weisse  XXII,  223  .    . 

8.4 

I  I    46.  65 

69.8 

3 

3-  I63 

•    8  29  52.0 

66.8 

2 

17.86 

IOO6l 

M.Z.  53,44  

6.2 

22    12    37.98 

68.7 

2 

+  3-  498 

"   35  U    3-5 

55.8 

3 

f   17-89 

IOO62 

Weisse  (2)  XXII,  291  . 

8.5 

12    47.83 

69.6 

4 

2.  617 

-f  37     3  47-0 

68.8 

2 

17.90 

10063 
IOO64 

Weisse  (2)  XXII,  292  . 

p     Aquarii 

6.5 

e    e* 

12  48.  17 
12    Act    7Q 

69.4 

6  1  .  o 

5 

•7C 

2.  617 

•?    162 

+  37    4    3-o 

—      8    "?!    21    7 

62.  i 

6c  o 

3 

17.90 
17.  QO 

IO065 
10066 

Anonymous       .... 
30  Pegasi    

j'  j 

9.  i 

4.  ? 

*   *ry'  ly 

'3  i8-45 

22    11    24.  QQ 

67,  2 

46    4 

JJ 

2 
•i 

3-3I9 

-1-       ^     OIQ 

u     J»      A*  •    / 

—    22    2O   55.  8 

4-       ^       5    I?.  4 

j'  y 
68.8 

73.  O 

2 

6 

/  •  y 

17.92 

4-  17.  o1? 

10067 

O.  Arg.  S.  22087  •    -    • 

f  j 

8.6 

*  J    **f-"  yy 

13  26.04 

•r**1  *t 

66.7 

J 

3 

i     j'  *•**  y 

3-318 

1                J            J        *  J'    *T 

—    22    2O    10.  O 

/  j 

68.3 

2 

i        /    y  j 
17-93 

10068 
IOO6g 

O.  Arg.  S.  22089  •    •    • 
M.  Z.  =;?,4.<;  . 

7-6 
6.  8 

13  42.49 

I  -i    CQ   01 

68.7 
74    ^ 

2 

6 

3-410 

•j    4Q4 

-    29    28    33.  I 

—    ?C     11    20    6 

56.0 

6?    2 

4 
7 

17.94 
17.  Q4 

IOO7O 

47  Aquarii      

6  4 

J    J1-"  y* 
I  -i    c.2    8l 

/*r*  o 

72    O 

j-  T-ys- 

3?  T  7 

JJ     *  J    my*  ** 

—   22    17    ^46 

**/  •  * 

7^  8 

/ 
^ 

/      7^ 

I7.Q4 

**•  *T 

*O     J*'  w« 

/  *..  ^ 

•  j*  / 

'      *  /       JT1*   v 

/  j-  *-* 

j 

/    7^ 

IOO7I 

M.Z.  53,46  

7-3 

22    13    58.08 

75-o 

8 

+  3-493 

-  35  "  38-0 

75.8 

4 

+    17-95 

IOO72 

B.A.C.7793    •    •    •    • 

7.0* 

H    3-  94 

59-6 

2 

3-  MS 

6  56  47.0 

54.9 

2 

17-95 

10073 

Lacaille  9109   .... 

7-3 

»4    5-93 

62.6 

6 

3-364 

-  26     4     8.  4 

66.8 

2 

17-95 

IOO74 
IOO75 

Lalande  43630     .    .    . 
v     Aquarii      .    .    . 

6.8 

•!    O* 

14  18.87 

H2C    in 

66.5 

r.7    ,1 

3 

•jo 

2.630 

3OOi 

+  36  35  44-  9 

2       1    2Q    2 

57-8 

6O     3 

6 

7 

17.96 
17.  07 

IO076 

10077 

Weisse  XXII,  281    .    . 
31  Pegasi   

J.  w 

8.0 
4.  <* 

J'  Off 

22    14    26.  76 

14    ?7    6? 

J  /  •  *r 

59-7 
6c   i 

Jw 

I 

? 

•  ^y^ 
+  3-  '44 

2    QCI 

*      j    *JP«  • 

•     6  53     5.0 

+      1  I      -1Q         -1,  O 

v/v/"  J 

71.8 

^4.  2 

/ 

3 

c 

/      71 
+      I7.97 

17.  07 

/  / 

10078 

IOO7Q 

Weisse  XXII,  288  .    . 
•12  Peeasi    . 

"T1   J 

8.0* 
5.  o 

**T      31  '   *"'/ 
14     45.81 

14    HI  .  64 

^j.  « 
48.6 
66.8 

O 

2 

-3 

•  yj  * 
3-193 

2.  762 

•     J*^       O1  '» 

-  ii  33    6.5 

+    27    17    74.  7 

JT^* 

48.6 
«8.  Q 

j 
3 
6 

/  '  V/ 

17.98 
17.98 

w^  y 

10080 

O.  Arg.  S.  22102  .    .    . 

j 

8.5 

•     )      J  *  •   "*T 

14  53.60 

67-3 

J 

2 

3-  353 

**/    j/    Jrr*  / 

-  25   23  49.  4 

J"       7 

67.8 

2 

17.98 

_,  t 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


255 


Number. 

Name  of  Star. 

* 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

>-, 
rt 

OJ 

>, 

1 

£ 

O 
>—  . 
O 

6 
£ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

!• 

3 

U 

>, 

« 

S 

A 

o 
'o 
o 
Z 

Annual 
Precession, 

I%0. 

10081 

Anonymous          . 

S.  6 

li.  m.      s. 

22    14.    54.    2O 

76.8 

2 

s. 

4-3157 

0           /           // 

8  10  13.  2 

72.8 

2 

// 
+  17.98 

10082 

DM.  +  36°,  4814    .    . 

8.4 

mm     »*f.    J'T-  *•" 

14  58.05 

68.8 

2 

I      j-  •  j  / 
2-633 

+  36  34  3i-5 

/ 

55-i 

3 

I         /     y 

17-99 

10083 
10084 

Weisse  XXII,  295   .    . 
2     LacertcC     .            ... 

8.8 
5.0 

15     8.54 

15  14.  05 

76.8 

65.  I 

2 
•i 

3-157 
2.  465 

8    9  40.  o 

-f-  45  49  56.  9 

72.8 
53-  7 

3 
4 

17.99 
18.00 

10085 

Lacaille  9113.    .    .    . 

j 
7-7 

J      ••?•   7  J 

15    21.  24 

w  j. 

63-2 

j 

5 

•*•  *TVJ 
3-366 

-  26  32  38.  8 

64-4 

3 

18.00 

10086 

Weisse  XXII,  300  .    . 

9.0 

2.2    15    22.  23 

69.8 

3 

+  3-  "97 

-  'i  S6  39-3 

69.8 

2 

+  18.00 

10087 
10088 

Weisse  XXII,  303  .    . 
40  Aouarii                  .    . 

9-4 

c    c 

15    23.  II 
IS   42.  ^8 

64.4 

68.8 

3 
i 

3.048 
3.  352 

+     2  19     1.8 
-  25  28    7.9 

69.0 
54-  8 

4 

7 

18.00 
18.01 

10089 

Weisse  (2)  XXII,  349. 

J    J 

9.0 

•  j   T~*  J^ 

15    S7-85 

74-3 

j 
6 

J     JJ 

2.638 

+  36  32  10.  3 

74-6 

J 

5 

18.02 

10090 

Groombridge  3751    .    . 

6.0* 

16    3.  64 

59-2 

3 

2.525 

+  43     2  27.  2 

53-8 

3 

18.03 

10091 

O.  Arg.  S.  22117  .    .    . 

7.3 

22    16      4.  63 

68.7 

2 

+  3-301 

—   21    19    18.9 

63.8 

2 

+  18.03 

10092 

Lacaille  9120    .    .    .    . 

7.5 

16  15.88 

68.7 

2 

3-371 

-•  27     4  46.8 

65.7 

2 

18.04 

10093 

O.  Arg.  S.  22121  .    .    . 

8.2 

16  18.  43 

68.8 

2 

3.401 

-   29   22   51.2 

56.2 

2, 

18.04 

10094 

Lacaille  9119    .    .    .    . 

6.4 

16  21.  12 

63-4 

3 

3-559 

-  39  50    4-9 

71-3 

4 

18.04 

10095 

M.Z.  57,33      .    .    .    . 

8.4 

16  27.  36 

65.8 

2 

3-543 

-  38  55     5-3 

66.9 

2 

18.04 

10096 

O.  Arg.  S.  22123  .    .    . 

7.8 

22  1  6  34.  oo 

65.7 

2 

+  3-3" 

-    22    18    II.  6 

68.4 

2 

+  18.05 

10097 

Lalande  43717      .    .    . 

6.0 

16  38.  19 

72.8 

4 

2.649 

+  35  57     3-3 

66.1 

3 

18.05 

10098 

Weisse  XXII,  331   .    . 

7-5 

16  40.  62 

66.4 

3 

3-195 

-  U  53  36.0 

67-5 

3 

18.05 

10099 

DM.  +  36°,  4824     .    . 

8-3 

1  6  43.83 

77-3 

2 

2.  640 

+  36  36  12.0 

74-8 

i 

1  8.  06 

IOIOO 

B.  VI.  +36°,  4825.    . 

8.0 

16  47.46 

77-3 

3 

2.639 

+  S6  40  35.  o 

77-9 

2 

18.06 

IOIOI 
IOIO2 

Lacaille  9126   .... 
5  1   Anuarii      

7-7 

5.  2 

22  1  6  49.  10 
16  49.  20 

62.3 
68.8 

4 

2 

+    3-332 
•t.  128 

-  24    4  31.  i 
5  32  38.9 

58.7 
57-  7 

5 
4 

+  18.06 
1  8.  06 

IOIO3 

•3  1  Peirasi 

J 

6.5* 

l6    55.  42 

5Q.  4 

•J 

O 

2.859 

+    20      S   31.  I 

63.2 

4 

18.  06 

IOI04 
IOIO5 

Lacaille  9127   .    .    .    . 

50  Aouarii          .    . 

J 

6-5 
6.0* 

w    J  J*  ^ 

16  55.96 
16  56.02 

jy  ^ 
62.3 
64.8 

J 

4 

•2 

jy 

3-375 
3.  220 

-  27  34    0.4 
—  14  14  16.  7 

71.1 
53-  7 

3 
3 

'18.06 
18.06 

IOIO6 

Weisse  XXII,  346  .    . 

7.8 

j      y 
22    17      4.67 

VMfl     V 

66.4 

J 

3 

O 

+  3-  "94 

-  ii  51  52-2 

66.8 

2 

+  18-07 

IOIO7 

Lalande  437  19     .    .    . 

7-7 

17    15.27 

68.8 

2 

3-213 

-  13  39  53-  5 

55-7 

2 

18.07 

IOI08 

Weisse  XXII,  360  .    . 

9.0 

17    22.O8 

65-7 

3 

3.040 

+     3    648.9 

67.8 

2 

1  8.  08 

lOIOg 

B.  A.  €.7809    .    .    .    . 

7.0* 

17    22.44 

67.1 

3 

3.091 

i  53  46.  i 

66.8 

2 

1  8.  08 

IOIIO 

Groombridge   3760  (ist*) 

'7  35-74 

76.8 

3 

J-774 

IOIII 

Groombridge  3760  (ad*) 

22    17    36.38 

76.8 

3 

+  1-774 

•+  65  59  58.8 

73-8 

9 

+  18.09 

IOII2 

Weisse  XXII,  363  .    . 

8.6 

17    38-55 

68.8 

2 

3-213 

-  13  42  40.  3 

55-7 

2 

1  8.  09 

IOII3 

Lalande  43751      .    .    . 

6.0 

17    42.97 

69.7 

2 

2.623 

+  37  5i  42.3 

65-7 

3 

18.09 

IOII4 

Weisse  (2)  XXII,  388 

8.1 

17   47.09 

68.8 

2 

2.613 

-f  38  30  46.  6 

66.0 

3 

18.09 

IOII5 

Groombridge  3758  .    . 

5-5* 

'7    50-63 

59-4 

2 

2-  199 

+  56  34  39-  5 

53-8 

2 

18.  10 

IOII6 

DM.  +  3°,  4702  .    .    . 

9-5 

22    17    54.69 

67.7 

2 

+    3-04I 

+     3    5  50.3 

69-3 

2 

+  18.  10 

IOII7 

O.  Arg.  S.  22132  .    .    . 

8.2 

17  55-97 

65-7 

2 

3.308 

-    22    l8    29.  2 

68.3 

2 

18.  10 

IOII8 

101  19 

O.  Arg.  S.  22133     .    . 
3    LacerttE     . 

8.5 

c    c 

18     1.26 
18     -i  65 

69-3 

57    1 

-7 

3-397 

2    1i8 

-  29  25  46.  9 

-4-    51    71    d2   6 

55-7 

57   8 

3 

7 

18.  10 

18.  10 

IOI  2O 

TT    Aciuarii     . 

J-  J 

4   8 

i  u     j.  wj 
18      7    58 

>/•  J 

67.  6 

45 

f,,  jt^j 
1    o65 

1         J          J          T-      ' 

-4-     o  40     6.  o 

jt  •  " 
60.8 

j 

Q 

18.  10 

4..     U 

10      /  -  3" 

43 

j.  <-/wj 

y 

256 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

U 

rt 

O) 

>^ 

§ 
•% 

| 

"o 
6 
53 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 
B 

^ 

i 
^ 

1 
'B 
6 
£ 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

°           /           // 

// 

I012I 

Lacaille  9130   .... 

7.0 

22  18  15.45 

65.7 

2 

+   3-401 

-  29  47  29,  i 

66.8 

2 

+  18.  10 

IOI22 

Lacaille  9131   .... 

6.8 

18  18.51 

63-3 

4 

3.387 

-  28  43  19.  7 

67-3 

2 

18.  n 

10123 

O.  Arg.  S.  22142  .    .    . 

9.0 

1  8  20.05 

65-3 

2 

3-323 

—  23  38    5-3 

56-7 

3 

18.  n 

10124 

B.  A.  €.7817    .... 

6.0* 

18  25.81 

61.9 

2 

3-332 

-  24  23  33.  5 

67.6 

4 

18.  12 

10125 

O.  Arg.  S.  22146  .    .    . 

8.0 

1  8  28.45 

68.9 

2 

3.270 

19    3  51.7 

64.8 

2 

18.  12 

10126 

M.Z.  132,  136  .... 

8.4 

22    l8   32.96 

68.7 

2 

+  3-391 

-  29'  3  35.7 

72.8 

2 

+  18.  12 

10127 

53  Aquarii  (1st*)      ... 

6.8* 

18  57-7" 

60.  5 

6 

3-25I 

-  i?  27     5-2 

59-9 

3 

18.  14 

10128 

53  Aquarii  (2d*)  .... 

6.7* 

18  58.23 

60.8 

5 

3-25I 

-  17  27  10.4 

59-9 

3 

18.  14 

10129 

Weisse  XXII,  398  .    . 

6-3 

19  15.30 

68.7 

3 

3-  '92 

-  ii  56  19-3 

66.8 

2 

18.  15 

10130 

DM.  +  38°,  4761     .    . 

8.9 

19  3°-  35 

73-8 

4 

2.  O20 

+  38  30  51-  > 

61.3 

3 

18.  16 

10131 

DM.  +  38°.  4763    .    . 

8.6 

22    19   39.48 

73-3 

4 

+    2.621 

+  38  30  36-  3 

77.8 

i 

+  18.  16 

10132 

Lacaille  9135   .... 

7.0 

19   50.45 

62.8 

6 

3-302 

-  27     7  49.8 

69.  i 

3 

18.  17 

«oi33 

M.Z.  74,  19  

6-5 

19  59-94 

63-7 

2 

3-543 

-  39  48    4-  2 

71.7 

5 

18.  18 

10134 

O.  Arg.  S.  22165  •    •    • 

8.2 

2O    21.  IO 

70.8 

3 

3-37° 

-  27  55  10.  2 

68.8 

2 

18.  19 

'OJ35 
10136 

B.  A.  C.  7826    .... 
Z  2714  

5-2 

6  c 

20  26.  oo 

22    2O   32.  87 

62.0 
68.8 

6 

2 

3-543 

-t-    2.  6^"? 

-  39  So  22.4 

_L    76  43    ^6   Q 

72-5 
46.8 

6 

2 

18.  19 
-)_  18.20 

10137 
10138 

Tr.  2.73,  57    .   .    .    . 
35  Pegasi   

*  j 

7-    I 
C      C 

20  40.  59 

2O  46    12 

68.8 

6c  A 

2 

"  "JO 

3-458 

3      O77 

i     o"  ^o  jv-  y 
-  34  29    6.  2 
4-     i  So.  41    1 

58.8 
6c  A 

2 

18.20 
18.  21 

10139 

<fl    Gruis     

J'  J 
A       C 

*.\j  t^*j,  ^^ 
2O    S  1    2  J. 

"j*  f 

67  •? 

2 

•  WOJ 

•J    ftlf 

}            J     J7     *+'  •  J 
—    AA    12    3O     7 

j  -  T- 
68  T. 

2 

18.  21 

10140 

Lalande  43871      .    .    . 

T"   J 

7-3 

~v    JJ-  *"T 

20   57.23 

vt  •  J 

73.0 

4 

J'  U1  / 
2.  619 

*Hf    **-    jy'  J 

+  38  57  32-4 

\JU.    J 

48.8 

2 

18.  21 

10141 
10142 

Lacaille  9139   .... 
Anonymous  

7.0 

Q    I 

22   2O   59.  07 
21      5.  12 

64.0 

6j.   7 

7 

+    3.504 
•3    276 

-  37  4i     3-8 

—    1  6    22    46.  O 

68.8 
60  i 

2 

6 

4-   18.  21 

l8.  22 

10143 

B.  A.  €.7829    .... 

y*  * 

6.0* 

21      6.0O 

Vif..     f 

64.9 

2 

J-  *"j"^ 

1.992 

+  62  37     i.  i 

wy  j 

68.3 

2 

18.  22 

10144 

Lacaille  9142   .... 

7-4 

21      6.  69 

68.  i 

3 

3-307 

-  22  47    3.  3 

68.7 

3 

18.22 

10145 

Tr.Z.73,58     .... 

6.8 

21    30.92 

68.8 

2 

3-456 

-  34  33  58.  i 

55-8 

3 

18.23 

10146 

M.Z.  132,  138  .... 

8.2 

22    21    32.39 

66.3 

2 

+  3-386 

-  29  26  20.  6 

61.2 

4 

+    "8-23 

10147 

Lacaille  9144   .... 

6.9 

21    33.90 

62.6 

8 

3.385 

-    29    22    23.9 

60.  8 

4 

18.23 

10148 

O.  Arg.  S.  22177      •    • 

8.6 

21  33-94 

65-7 

2 

3.366 

-    27    52    20.0 

71-3 

2 

18.23 

10149 

f     Aquarii  (1st*)      .    .    . 

4-7* 

21  37-34 

62.4 

8 

3.079 

-     o  44     4.  9 

70.5 

3 

18.24 

10150 

f     Aquarii  (2d*)  .... 

5.0* 

21  37.42 

63.0 

5 

3.079 

o  44     9.  2 

65.8 

3 

18.24 

10151 

Weisse  XXII,  449   .    . 

8.0 

22  21  38.57 

70.5 

3 

+  3-  177 

-   10  38  59-4 

69.8 

3 

f    18.24 

10152 

B.  VI,  XXII,  ii    .    .    . 

8.6 

21  39-54 

70.3 

4 

3-  177 

-   lo  39  33-  8 

72.8 

3 

18.24 

'0153 

O.  Arg.  S.  22181  .    .    . 

6.8 

21  55-58 

63.6 

5 

3-365 

-  27  49  '7-7 

68.4 

2 

18.25 

•0154 

M.Z.  38,  13  

8.0 

22    l8.  29 

71.8 

5 

3.406 

-  3'     9  '4-7 

68.8 

2 

18.26 

'0155 

B.  A.  C.  7835  .... 

6.5* 

22    32.07 

59-0 

3 

3-  206 

-  '3  37  49-5 

53-8 

3 

18.27 

10156 
10157 

Weisse  XXII,  467  .    . 
26  Cephei  

8.0 

c    c 

22    22    34.  70 
22    71    77 

59-9 
76.  8 

4 

c 

+  3-161 

I  .  Q2O 

9     7  59-7 

+      f\A     2  r        7     n 

57-3 

7  C    n 

8 

5~" 

+    18.27 

•   V       «« 

10158 

56  Aquarii      

J'  J 

6  e 

*"*     JJ*   31 

22    46,  QO 

61.  o 

J 

3227 

U4-  •*  j    /  •  y 
i  c  18    02 

75-  9 
c8  fi 

IO 

IO.  ^/ 
,Q     ^C 

10159 

37  Pegasi   

•  j 
6.0 

22    17    26 

64.  6 

c 

-  **J 

3076 

+         1     A_1     17     S 

^)O.  U 
*7  1      I 

1  o.  £o 

.0     00 

(0160 

Lacaille  9159   .    .    .    . 

7.0 

«    jj>  *-^> 

23    5-  23 

63-4 

.) 

3 

.  WJU 

3-412 

J     TO      */'   ° 

-  31   44  26.4 

71.   I 

71.8 

3 

I  O.   ^O 

18.29 

1 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

C 
rt 

6 

O 

'o 

1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

u 

a 

V 

g 

& 

o 

"o 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0        /             // 

„ 

10161 

5-  2 

22  23   14.  1  1 

61.3 

18 

+  3  '82 

I  I     27.     7C     O 

62.  2 

12 

+  18.  29 

10162 

O.  Arg.  S.  22196  .    .    . 

8.0* 

23  27.32 

59.8 

3 

3.221 

O    Jj- 

—  15   16  57-4 

54-8 

3 

18.30 

10163 

O.  Arg.  S.  22197  .    .    . 

7-2 

23  3I-4I 

70.8 

4 

3-312 

—  23  42  45-  9 

56.7 

7 

18.31 

10164 

j)    Piscis  Australis    .    .    . 

5-6 

23  32-  H 

63.8 

4 

3-428 

-  33     3  45-4 

68.8 

2 

18.31 

10165 

Piazzi  XXII,  124    .. 

8.0 

23  32.  53 

63.8 

2 

3.428 

-  33     4  15-6 

68.8 

2 

18.31 

10166 

Tr.Z.-73,59     .    .    .    . 

8-3 

22    23    34.90 

68.8 

2 

+  3.448 

-  34  33  52.9 

62.8 

2 

+  18.31 

10167 

Lacaille  9163   .    ... 

6.2 

23    41.76 

63.2 

5 

3-468 

-  36    o  28.  o 

68.3 

2 

18.31 

10168 

DM   +  6°  5031 

27     C  I     CO 

69  ? 

^ 

3.  oio 

_|_      631    22.  9 

7O.  7 

18.  32 

10169 

O.  Arg.  S.  22199  •    •    • 

8.8 

•j    J        J 

23  53-32 

y  j 

65-9 

2 

+  3.  308 

-    23    23    24.  2 

59.6 

7 

18.32 

10170 

B.A.  C.  7851        .    .    . 

5-5* 

23  53-41 

62.  9 

6 

-  3-  697 

+    85    24      5.  2 

65.8 

12 

18.32 

10171 

B.  A.  €.7846    .    .    .    . 

6.0* 

22    23    53.69 

64-3 

6 

+  2.336 

+  53  3'  48.  i 

53.8 

2 

+  18.32 

10172 

Schjellerup  9211 

8-9 

24    6.  37 

68.7 

2 

3.008 

+     6  41  38.  5 

66.8 

2 

18.33 

10173 

58  Aquarii      ....•• 

5-2 

24  15.90 

62.2 

4 

3.184 

-  ii  37  18.  i 

68.8 

2 

18.33 

10174 

O.  Arg.  S.  22204  •    •    • 

9-0 

24  45-  23 

67-3 

2 

3-364 

-  28  25  47.9 

68.8 

2 

'8-35 

10175 

Weisse  XXII,  518  .    . 

8.4 

25     2.57 

66.4 

3 

3.009 

+    641     7.8 

71.  i 

3 

18.36 

10176 

Lacaille  9  1  67    .... 

6.4 

22   25    15.  26 

63-4 

3 

+  3-46o 

—  35  51  26.6 

69.  i 

3 

+  18.37 

IOI  77 

ft     I  acertse 

-     0 

2C    7.1    07 

68.3 

2.  4.4.^ 

j        AQ     77     4-Q.   2 

CQ     C 

1  8  18 

iv/»  /  i 

3" 

j  j  •  y/ 

jy-  .> 

1  °*  O 

10178 

Weisse  XXII,  527  .    . 

8-3 

25  32.60 

77-4 

4 

3-010 

+     6  42 

18.38 

10179 

Weisse  XXII,  528  .    . 

8-3 

25  33-oi 

77-4 

4 

3-oio 

+     6.42 

18.38 

10180 

Lacaille  9169   .    .    .    . 

6-7 

25  41.42 

62.2 

8 

3-386 

-  30  23     6.  8 

66.8 

2 

18.38 

10181 

Tr.  Z.  73,60      .    .    .    . 

8.0 

22  25  46.  74 

68.8 

2 

+  3-441 

-  34  35  45-o 

55-8 

2 

+   18.38 

10182 

TO  Pepasi 

6.  o* 

2  C     AQ     C  7 

4.C   8 

2.883 

+IQ    7O    7il    7 

77    O 

1  8.  39 

J   *ry  JJ 

*rj-  u 

y  o     JT"  / 

/J-  ° 

10183 

Mer.  C.  Z.  54,  12  ... 

9-  i 

25  57-  IS 

69.4 

6 

3-358 

-    28    10    22.  6 

70.  6 

4 

18.39 

10184 

M.  Z.  69,4    

7-2 

26    7.  90 

64.3 

2 

3-479 

-  37  23  27.0 

72.9 

2 

1  8.  40 

10185 

Lacaille  9172  .    .    .    . 

7-8 

26    9.  38 

63.8 

2 

3-4i6 

-  32  5i  46.4 

68.8 

2 

18.40 

10186 

O.  Arg.  S.  22223  •    •    • 

8-3 

22    26    14.91 

68.7 

2 

+  3-296 

-  22  49  25.  5 

57-i 

3 

+  18.40 

10187 

B.A.  €.7858    .    .    .    . 

6.4 

26    15.30 

65-2 

3 

2.  640 

+  39     3  38.  i 

53-8 

3 

18.40 

10188 

Lacaille  9175    .... 

7-  i 

26   27.01 

62.2 

2 

3-449 

-  35  23  46.  8 

55-8 

2 

18.41 

10189 

O.  Arg.  S.  22220  .    .    . 

8-5 

26  40.  72 

69.4 

3 

3-355 

-  28    6  47.  2 

70.5 

3 

18.42 

10190 

O.  Arg.  S.  22230  .    .    . 

7-5 

26  41.  21 

68.8 

2 

3-3°° 

-  23  19  25.8 

56.8 

4 

18.42 

10191 

B.  A.  C.  7861  .... 

6.2* 

22    26  43.  98 

70.2 

4 

+  '  3-168 

10  19  45.5 

66.7 

3 

+  18.42 

10192 

60  Aquarii  

c    tr 

26  50.  01 

46  6 

, 

,  o  , 

—      2    17    7.7    I 

-> 

7 

18.42 

10193 

O.  Arg.  S.  22237  .    .    . 

j    j 
8.2 

27     5-39 

tfltfl    V/ 

65.2 

6 

3.270 

L  1     O/  '   * 

-  20  34  53.4 

67.4 

/ 

18.43 

10194 

Weisse  (2)  XXII,  593. 

7-5 

27     7.  16 

68.7 

2 

2.  669 

+  37  24  26.4 

65.8 

3 

18.43 

10195 

O.  Arg.  S.  22239  •    •    • 

7-8 

27     7.62 

68.8 

2 

3-252 

-  18  51  20.  4 

61.8 

2 

18.43 

10196 

Tr.  Z.  81,44     •    •    •    • 

9-0 

22  27   17.  14 

76.8 

3 

+  3-355 

—  28  17     9.6 

7i-4 

2 

4    18.44 

10197 

O.  Arg.  S.  22224  •    •    • 

8.4 

27  17-37 

69.6 

4 

3-354 

-  28  ii  31.5 

72.3 

2 

18.44 

10198 

B.A.  €.7866    .    .    .    . 

5-5 

27  54-oo 

61.7 

5 

3-313 

-  24  42  49.  5 

55-4 

6 

18.46 

10199 

Tr.Z.  77,45  

7-5 

27  55-54 

64.  2 

2 

3-387 

-  3'     3  3i-7 

68.8 

2 

18.46 

1O2OO 

n     Aquarii              .        .    . 

4.  1* 

28     Q.  7  1 

64.   7, 

- 

7.    080 

—    o  50  16.^ 

60.6 

17 

18.47 

^'  J 

J.  Vf*-1 

*  / 

1  84 17 


258 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

w 

1 

IM 

O 

O 

fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

S 

a 

>* 

1 
s 

</; 
1 

IM 

O 

i 

Annual 

Precession, 
1860. 

1  020  1 

6.  5 

h.  m.      s. 
22  28  17.87 

66.2 

4 

s. 

+  •?.  sw 

o       /        // 

—  41   18  14.  6 

67.  2 

5 

// 

4-   1  8  47 

IO2O2 

B.  A.  0.7872    .    .    .    . 

J 

6.4 

28  41.  99 

62.8 

6 

i     j  jo 
3.401 

-    32    23       9.  2 

68.5 

3 

-j-   i  w.  ^./ 
18.49 

I02O3 

IO2O4. 

Piazzi  XXII,  154     .    . 
a-    Gruis         .... 

7-3 

6.2 

28  45.51 
28  47.  71 

62.7 
6^.  4 

5 

•! 

3.400 
•?.  127 

-    32    21    54.8 

—  41   18  47.4 

68.5 
67.  2 

3 
< 

18.49 
1  8  AO 

IO205 

O.  Arg.  S.  22263  •    •    • 

7.8 

^i    i 
28  59.  10 

"J"  T^ 

68.8 

J 

2 

J     J     / 

3-249 

-  18  5i  45-3 

6l.7 

j 

2 

iu.  i(.y 

18.50 

IO2O6 

Weisse  XXII,  601  .    . 

8-5* 

22   29      9.  30 

61.  9 

2 

+   3-°°4 

+     7  32  56.  3 

66.4 

2 

+  18.50 

IO207 

Weisse  XXII,  602  .    . 

8-5 

29    15.46 

64.9 

6 

3-I72 

-  ii     o  47.  8 

66.  K 

2 

18.50 

10208 

Lalande  44169     ... 

8.0 

29  33-47 

64-3 

2 

3-038 

+     3  47  10.  3 

68.8 

2 

18.51 

10209 

8     Lacertse  (ist*)     ... 

7.0* 

29  38.  70 

64.  o 

4 

2.658 

+  38  54  16.6 

48.7 

15 

18.52 

IO2IO 

Lamont  3931    .... 

7.0 

29  38.82 

68.  7 

2 

3-  i96 

•     '3  37  19-9 

55-7 

2 

18.52 

IO2II 

8     Lacertae  (2d*)      .    .    . 

6.2* 

22    29    38.87 

65-4 

3 

+  2-657 

+  38  54  39-  2 

46.4 

35 

+  18.52 

IO2I2 
IO21  1 

Lalande  44195     ... 
226  (B)  Cephei 

6.0 

c.  c* 

29  46.  66 

2Q  47    74. 

68.8 

71,  c 

2 

A 

2-715 
i,  089 

+  34  Si  21.2 

+7C    30    I  8    ^ 

65-4 
77  g 

3 
6 

18.52 

18.  52 

•  VJ^.  1  J 

IO2I4 

Lalande  44194     .    .    . 

J     J 

6-5 

my  *r/  '  /  T" 

29  48.  oo 

/    '  J 

68.8 

*T 

2 

2.699 

/  J    Jw      u-  J 
-|-    36      2    19.  I 

i  j'  v 

68.5 

4 

18.52 

IO2I5 

Weisse  XXII,  619   .    . 

8-5 

29  50.99 

64.9 

6 

3-172 

-  1°  59  39-8 

67-3 

2 

18.52 

I02I6 

O.  Arg.  S.  22282  .    .    . 

8.5* 

22    29   56.96 

77-8 

2 

+  3-  284 

-  22  31   17.4 

66.3 

2 

+  18.52 

I02I7 

Weisse  (2)  XXII,  672  . 

7.0 

3°    5-  ii 

76.8 

3 

2.686 

+  37     7    4-6 

46.8 

3 

18-53 

IO2I8 

Lacaille  9190  .    .    .    . 

7.0 

3°    5-29 

62.8 

2 

3-4I9 

-  34  ii  40.  4 

69.9 

3 

18-53 

IO2I9 
I  O2  2O 

O.  Arg.  S.  22288  .    .    . 
Tr.  Z.  86,  6   

7.8 
7.  i 

30  20.  19 
•?o  26.  « 

67.8 
68.8 

3 

2 

3-345 

7.  474. 

-    28    10    12.  I 

—    35    2?    58.  2 

68.3 
62.8 

2 
2 

18.54 
l8   ZA 

IO22I 
IO222 

Lacaille  9195   .    .    .    . 
K     Aquarii      ...        . 

7-8 

5-  2 

J                  JJ 

22    30    28/08 
3O    3O.  28 

63-7 
60.2 

2 

18 

J     T^T^ 

+  3-325 
3-  *  16 

OJ        J     J 
—    26   22    51.9 

A  c6  «.  t; 

71-5 

60    2 

3 

7 

*w-  j*t 

+  18.55 

18   cc 

1O223 

M.  Z.  66,  23  ... 

J 

8.2 

O         J 

•20   l6.  63 

6s  c 

7.   fig 

*T     Jw     JJ*   J 

—    27    "K    4.4.    8 

vy*  • 
6c  7 

/ 

10-  JD 

18   cc 

10224 

Lacaille  9194  .... 

6.5 

0"    o         o 

3°  5°-  13 

vj'  j 
66.3 

2 

O1  Jo" 

3-496 

*/    jj    ^-^-'  ^ 

-  39  52  53-  5 

wj-  / 

68.3 

2 

10<  jj 

18.56 

10225 

Lacaille  9196   .    .    .    . 

6.5 

30  50.  80 

74-5 

5 

3.486 

—  39  12  ii.  i 

68.9 

2 

18.56 

10226 

Lacaille  9197   .    .    .    . 

6.4 

22   30  56.  24 

63-4 

4 

+  3-411 

-  33  48  31-6 

65-3 

2 

+  18.56 

IO227 

Lacaille  9199   .... 

6.2 

3°  57-00 

62.7 

3 

3-358 

—  29  28  26.  9 

63.i 

3 

18.56 

IO228 

Weisse  XXII,  645   .    . 

8-5 

30  59-37 

61.  9 

2 

2-995 

+     8  38    4.  7 

68.8 

2 

18.56 

IO229 

Weisse  XXII,  641   .    . 

6.5 

3i     '-34 

61.6 

4 

3-  H9 

-    8  37  25.6 

57.6 

5 

18.56 

IO23O 
IO23I 

Weisse  XXII,  640  .    . 
Lamont  5  14  

8.5 
8.0 

31     1.82 

22    31       2    11 

59-8 

74.    2 

3 

3.206 

_J_     -3     TC2 

-  H  47    3-  3 
28  Co  zi  z 

54-8 
67.8 

3 

2 

18.56 

-|_   18  C7 

10232 

Weisse  XXII,  644   .    . 

8.0 

•*    j*         ••  *j 

31    6.47 

/  T" 

59-8 

3 

1      O-  JJ^ 
3.206 

***  jy  jo   j 

-  H  47  37-5 

55-7 

6 

i           j  / 
18-57 

10233 

O.  Arg.  S.  22304  .    .    . 

8.6 

3i   II-49 

67-3 

2 

3-344 

—  28  17  41.  6 

67.8 

2 

18.57 

10234 
10235 

Weisse  XXII,  658  .    . 
9     Lacertae    

7-5 
S.  o 

31  27.  10 

?I    TT    77 

65-4 
74  8 

2 

6 

2.996 

2   4Ct 

+     831  54.  3 

_L     CQ    4.Q    23    Q 

68.9 

cy.  7 

2 
4 

18.58 
18.  58 

10236 

.   Piazzi  XXII,  169     .    . 

j 

6-5 

J         31  '   1  1 

22   31    44.42 

/  *T*   *•* 

76.8 

2 

<Oj 
+    3-039 

\      j"   *ry   *•*>•  7 

+     3  48  1  1-  7 

j  l  '  i 
6l.8 

f 

2 

•  *»•  j" 

+  i8.59 

10237 

Lalande  44272     .    .    . 

8.0 

31    50.64 

61.  9 

2 

3-005 

+     7  38  47-  5 

67.8 

2 

18.59 

10238 

B.A.  0.7891    .    .    .    . 

7-  i 

31  56.  16 

63.8 

2 

3-35° 

-  29    3     7.5 

71-3 

6 

18.59 

10239 

O.  Arg.  8.22316  .    .    . 

7.8 

31  58.46 

63.8 

2 

3-35° 

—  29    4  29.  o 

68.5 

3 

18-59 

IO240 

Lalande  44279     .    .    . 

8.6 

3i  59-  16 

61.  9 

2 

3.005 

+     7  39  39-  7 

67.S 

2 

18.60 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


259 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

S 

4J 
>* 

C 

s 

•g, 

1 

"o 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

t* 

rt 
U 

;», 

e 

rt 

OJ 

2 

S 

o 

»*- 

o 

6 
£ 

Annual 
Precession, 
i860. 

10241 
10242 

Weisse  XXII,  675  .    . 
31  Cephei  

8-5* 

5.  5 

h.  m.      s. 
22  32  10.  61 

32  18.  71 

61.8 
69.3 

3 

2 

s. 
+  3-  "45 
1.447 

0            /           // 

-    8  19  53.7 
+  72  55    o.  7 

57-2 
57-8 

7 
4 

// 
+  18.  60 
18.  60 

10243 

B.  A.  C.  7895  .... 

6.0 

32  33-oo 

61.5 

6 

3.376 

-  31    22   49.4 

73-  > 

6 

18.  61 

10244 

Lalande  44319     .    .    . 

6.2 

32  44.  88 

71.5 

3 

2.  7O2 

+  36  38  52.3 

S'.i 

3 

18.62 

10245 

IO246 

E     Piscis  Australis    .    .    . 

4.0 
5.0 

32  54-28 

22   32   58.95 

63.6 

68.8 

7 

2 

3-333 
+  2.680 

—  27  46  20.  4 
-f-  38  19  21.  7 

65-4 
47-2 

4 
8 

18.63 
+  18.63 

10247 

Weisse  (2)  XXII,  764. 

6.2 

33  n-57 

71-5 

3 

2.704 

+  36  37  32-8 

54-5 

7 

18.63 

10248 

Lalande  44346     .    .    . 

6.5 

33  '5.87 

68.8 

2 

2.686 

+  38     i   13-2 

66.1 

3 

18.64 

10249 
10250 

Weisse(2)XXlI,773. 
Lacaille  9208    .... 

7.6 
7.  i 

33  '6-75 
33  24.  36 

68.8 

63.8 

2 

3 

2.704 
3-  294 

+  36  40    9.  i 
—  24  14  56.  4 

65.8 
66.9 

3 

2 

18.64 
18.64 

10251 

IO252 

Lacaille  9209   .... 
-lo  Cephei       

7.0 

5.0* 

22  33  39.  ii 
33  41.  35 

63-7 
61.8 

2 
2 

+  3-3I3 

2.  113 

-  26    4  49.  9 
+  62  51  26.3 

67.3 
59.8 

2 

4 

+  18.65 
18.65 

10253 

IO2?d. 

B.  A.  C.  7907    .... 
fPeuasi 

6.0* 
?.4* 

34  12.21 

34  28.  79 

58.8 
53-8 

3 
231 

I.  291 
2.985 

+  74  38  38.  6 
-|-  10     6    6.  o 

53-7 
52.4 

3 
92 

18.67 
18.68 

ivj-cjif. 

10255 

19  Piscis  Australis     .    .    . 

J     ^ 

5-5 

34  34-31 

71.8 

3 

3-354 

-  30    5  28.8 

63-4 

3 

18.68 

10256 

Lalande  44373     .    .    . 

7.8 

22  34  37-  7o 

64.4 

3 

+  3-  165 

-    IO    51    22.  2 

66.2 

2 

+  18.68 

10257 

DM.  +  53°,  2951     .    . 

8.1 

34  46.  72 

67.2 

2 

2-413 

+  53  36  46.  8 

69-3 

2 

18.68 

10258 

IO25Q 

Tr.Z.  147,3     •    •    •    • 

7-8 
5.0* 

35     2.  15 
35  11.28 

67.9 
69.  5 

4 
4 

3-264 
2.809 

-  2'  40  34-3 
+  28  34  39.  i 

61.4 

57-8 

6 

3 

18.69 
18.69 

*          J  7 
IO26O 

J 

<;.o 

35  12.85 

65.7 

2 

2.674 

-|-  39  29  42.  8 

66.8 

2 

18.70 

IO26l 
IO262 

M.  Z.  132,  150  .... 
p     Oruis         .    .            .    . 

J 

8-5 

4.  7 

22  35  14-45 

•??   21.  94 

J     / 

68.8 
63.8 

2 
•\ 

+  3-344 
3-  5°9 

-  29  21  51.  7 
—  42    8  36.  5 

55-8 
67.9 

2 
2 

+  18.70 
18.70 

10263 

Lacaille  9221    .... 

T*   / 

6-5 

jj           y^ 

35  25-07 

"J"  ** 
63.8 

J 

S 

3-271 

-  22  23  23.  8 

68.3 

2 

18.71 

IO264 
IO265 

M.  Z.  139,25     .    .    .    . 
65  Aouarii              . 

8.4 

7.O 

35  29-09 
T;  v).  i? 

68.8 

64..  4 

2 

7 

3-355 
i.  164 

-  30  23  52.  2 
-  10  50    5.  7 

55-8 
66.8 

2 
2 

18.71 
18.  71 

IO266 

O.  Arg.  N.  24533     .    . 

/ 

8.0 

O  J    3?       J 

22  35  53-44 

"T.*    j 

65.7 

J 

4 

j      ^ 
+  2.420 

+  53  39  21.2 

65.1 

3 

+  18-72 

10267 
IO268 

B.  A.  C.  7920    .... 

7.0* 
3-8 

35  53-85 
36  26.  58 

60.6 
68.8 

4 
2 

3-139 
2.802 

•    7  56  50-  i 
+  29  29  23.  i 

57-3 
62.8 

7 
4 

18.72 
18.74 

IO269 

Weisse  (2)  XXII,  854. 

J 

7-8 

36  30.  10 

68.7 

2 

2.  711 

+  37     7  41-9 

47-7 

2 

18.74 

I027O 

Lalande  44466     .    .    . 

6.0 

36   34.  22 

68.7 

2 

2.  712 

+  37    4  15-0 

47-7 

2 

18.74 

IO27I 

O.  Arg.  N.  24553      •    • 

6.8 

22   36  41.  69 

65.7 

2 

+    2.429 

+  53  3i  57-3 

74-8 

2 

+  18.75 

10272 

Weisse  XXII,  772  .    . 

7.0 

36  42.  90 

58.8 

2 

3.046 

+     3    8  27.2 

53-9 

2 

i8.75 

10273 

O.  Arg.  S.  22374  .    .    . 

9.0 

36  46.  56 

65-7 

2 

3.288 

-  24  29  53.0 

69-3 

2 

i8.75 

10274 

O.  Arg.  S.  22373  .    .    . 

9-1 

36  46.  97 

65.5 

5 

3-3"4 

-  27     i  31.9 

65-4 

3 

i8.75 

10275 

O.  Arg.  S.  22378  .    .    . 

9.0 

36  59-94 

68.8 

2 

3-  260 

-    21    40    53.4 

63.8 

S 

i8.75 

10276 

IO277 

Schjellerup  9302  .    .    . 
Anonymous  

8.5 
8.0 

22  37  11.07 

•?7   25.6'! 

68.8 
77.8 

2 
-? 

+  3-o68 
?.  IQ^ 

+     o  25  35.5 
—  14  20  33.  5 

55-7 
77-8 

2 
I 

+  18.  76 
18.  77 

/  / 

10278 

IO27Q 

Lalande  44479     .    .    . 
•     Anonymous           .    . 

8.2 

J  1         J        J 

37  32.39 

•37      -31      28 

/  / 

77.6 

77.  $ 

j 

S 

•3 

J       yj 

3-193 

"3.    IQ^ 

—  14  22  16.  4 

—    14   21 

77-8 

2 

18.77 
18.77 

/  y 

10280 

0.  Arg.  S.  22383  .    .    . 

8.6 

J/     oO       u 

37  43-56 

/  /  •  J 

72.8 

O 

6 

J        "J 

3-258 

-   21  36   21.  9 

68.7 

7 

18.78 

260 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i 
t»> 

a 

J3 
o 

"o  • 
1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

S 

OJ 
i^ 

a 

S 

S 

m 

1 

kM 

O 

6 
K 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /            // 

/i 

10281 
10282 

20  Piscis  Australis    .    .    . 
13  Lacertas                    .    . 

6.3 

6.0* 

22  37  51.  19 

•37    CI    2T. 

62.5 

CQ     4 

7 

•3 

+  3-300 

2    667 

-  25  58  17.9 

-r-      41           Z          67 

66.8 

F  -J      7 

2 

+  18.78 

18    TR 

10283 

Weisse  XXII,  795  .    . 

8.6 

JJ     J          O 

37  54-  75 

jy'  *r 

71.8 

J 

5 

*•    V\^J 

3.  192 

\         T-*           J          w>    / 

-     14    iS    21.  2 

jj'    / 

62.5 

3 

i  o.  7  o 
18.78 

10284 

O.  Arg.  S.  22391  .    .    . 

9-4 

38       2.  10 

65-7 

2 

3.286 

-  24  35  23.  4 

68.3 

2 

18.79 

10285 
10286 

O.  Arg.  N.  24591      .    . 

7.0 

Q.  O 

38    25.62 
22    38    26.  82 

77.2 

68.8 

3 
3 

2.504 

+  ^  256 

-H  50  42  45-  4 

—    21     34   4?    4 

73-8 

60    7 

3 

1  8.  80 

i     i§  go 

10287 

Lalande  44534     .    .    . 

y'  v 

6.0 

38    32.  90 

68.8 

o 

2 

\      J-  ~JW 
2.  702 

•*     o*r    *TJ'  t 

+  38  28    2.  5 

uy.  / 
46.  I 

10 

18.80 

10288 

Weisse  XXII,  815  .    . 

9.0 

38    47.86 

60.7 

2 

3-  190 

-  '4  '5  4i-9 

54-8 

4 

18.  81 

10289 

B.  A.  C.  7941    .... 

6.0 

39     2.  66 

77-3 

4 

o.  260 

+  80  39  36.  7 

72-9 

4 

18.82 

10290 

Lacaille  9244  .... 

7.0 

39     2.  67 

62.8 

4 

3-383 

-  33  55     8.  o 

70.4 

4 

18.82 

10291 

Lacaille  9242  .... 

6.8 

22   39      2.  87 

63.8 

3 

+  3-494 

-  42  25  45.0 

67-3 

2 

+   18.82 

10292 

Lacaille  9246   .... 

7.0 

39  16.22 

62.  7 

2 

3-376 

-  33  24  31-6 

68.3 

2 

18.82 

10293 

I  O2  Oil 

Lacaille  9248   .... 
£     Pegasi   

6.1 

4.  ? 

39  27.  28 

3Q  41.  06 

63.8 
58  8 

2 

2 

3-393 

2    Q7Q 

-  34  53  59-  5 

J-    i]    27    17   O 

69.4 
70  i 

2 

18.83 

1  8    KA 

**•*•*  J/«f 

1020? 

/I     Pegasi   

^   j 

A.  C 

jy   *r*  •  y  v 

•2Q    47     71 

J-J.     l_> 

4?    7 

*•  y/y 

2    870 

*/     »  /  •  v 

+22    4Q    47    3 

/i_».  i 
68.4 

2 

i  o.  04 
Tfc    KA 

iv/^yj 

JO296 

B.  A.  C.  7944   .... 

T    J 
6.2 

O-»      T"/        O 

22  39  48.  76 

*tj-  / 

62.8 

2 

**  v/y 

+  3-442 

*      T-;7     T-  /  '    O 

-  38  57  22.  6 

70.4 

4 

1  O.  04 

+  18.84 

10297 

IO298 

Groombridge  3882  .    . 
g^   Aquarii      

5.5* 

6.  i 

39  58.07 
40     i.  6  1 

59-3 
6s.  7 

3 

6 

2-633 

-?    24.2 

+  43  48  3!-2 
—  20  20  32.  8 

53-8 

C7    c 

S 

18.85 

1  8.  85 

IO299 

DM.  +57°,  2598     .   . 

8.6 

40    6.  30 

J      i 

69.6 

3 

j.  mj^ 

2.346 

+  57  5°  31-2 

.)/•  D 
70.9 

2 

18.85 

IO30O 

DM.  +57°,  2599     .   . 

8.6 

40    6.  37 

69.6 

3 

2.344 

+  57  53  27-1 

70.9 

2 

18.85 

lOJOl 

Lacaille  9253   .... 

7.0 

22   40      7.  OO 

63.3 

2 

+  3-435 

-  38.  29  39.  3 

72.2 

6 

+  18.85 

IO302 

B.  A.  C.  7950  .... 

6.5* 

40    13.91 

60.  2 

2 

2.608 

+  45  28  45.  i 

59.0 

5 

18.85 

10303 
IO3O4 

Lacaille  9256    .... 
rl   Aquarii  

6.4 

r   8 

40    14.79 

40  1  6.  51 

65.0 
67.8 

7 

3-301 

3IO2 

-  26  38  43.4 

—    14  47    "?£    1 

71.2 

68.  4 

6 

2 

18.85 

iS  Kc 

Z.UJV*f 

10305  ' 

Weisse  XXII,  848  .    . 

j'  u 

7-2 

40  36.  60 

69.  2 

2 

.  iyA 

3-  112 

**f   T-/     jj-  O 

-    4  57  18-9 

69.8 

2 

L  O.  o^ 
18.86 

10306 

Weisse  XXII,  849  .    . 

7-2 

22  40  36.  86 

66.4 

3 

+  3-  1  12 

4  57  17-1 

69.8 

2 

+      18.86 

10307 

Weisse  XXII,  850  .    . 

8.4 

40  38.  82 

69.  2 

2 

3-  "i 

-    4  57  58.  3 

68.8 

2 

18.87 

10308 

Lacaille'926i    .... 

7.0 

40  46.  io 

63.8 

4 

3-3I7 

-  28  17  52.5 

66.  i 

3 

18.87 

10309 
10310 

H.Z.  132,  152  .... 
M.  Z.  61,76  .... 

8.7 

7.8 

4i     5-67 

A  i    in   70 

68.8 
68.8 

2 
2 

3-326 

311A. 

-  29  23  41.8 

—    3O    I  6    52    I 

55-8 
66.3 

2 

2 

18.88 

1  8.  90 

10311 

Lacaille  9269   .... 

/  •  *-' 

6.5 

T-         J^'   /w 

22  41  40.  97 

66.8 

2 

'  JO** 

+  3-  270 

O1-'     *  w    J*-   * 

-  23  49  51.2 

7i-5 

3 

+  if.  90 

10312 

O.  Arg.  S.  22432  .    .    . 

9.2 

41  40.99 

67.3 

2 

3-244 

-  20  59  57.0 

68.8 

2 

18.  90 

'0313 

Weisse  (2)  XXII,  967  . 

5.8 

41  46.  65 

68.7 

2 

2-739 

+  36  40  5'-5 

51.1 

6 

18.90 

10314 

B.A.C.7953    •    •    •    • 

6.5 

41  49.  98 

59.8 

3 

2.363 

+  57  44  42-  7 

59-3 

4 

18.90 

10315 

Riimker  10641      .    .    . 

8.8 

41  52.  14 

64.8 

2 

3.129 

•     7  H  59-9 

70-3 

2 

18.90 

10316 
10317 

O.  Arg.  N.  24689      .    . 
Anonymous  .... 

9.0 

Q   2 

22   41    58.  20 
42       2.  08 

76.9 
67  i 

2 
2 

+  2.363 
3-  1  86 

+  57  48  32.0 
-  14  18  55.  8 

69.4 
68.  8 

2 
2 

+  18.90 
18.  QI 

10318 
10319 

Lacaille  9271    .... 

7'  • 

5-8 

A    2 

42  io.  48 

A2    IO    SO 

u/'  j 

72.2 

60   7 

5 

17 

3-367 
3-  1  86 

-  33  32  38-  5 

,     J   t        Tf)       -4Q      f\ 

68.7 
58.  o 

6 
18 

18.91 

l«    nr 

10320 

Lacaille  9270   .... 

*T*  * 

7-  i 

t+t.     iw.  jy 
42    11.49 

«**"    / 

63-7 

1  / 
2 

3-476 

lfr    Ly   T-V*  u 

-  42  13  19.9 

68.8 

2 

10.  y  i 

18.91 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

'o 

6 
Z, 

Annual 
Precession. 
1860. 

Mean 
Declination^ 
1  860.0. 

i 

C 

3 

1 
o 

1 

is* 

£ 

h.  m.       s. 

s. 

0           /           // 

„ 

10321 

O.  Arg.  S.  22436  .    .    . 

7-6 

22  42  23.  50 

65.7 

3 

+  3-243 

-    21        I     27.4 

68.8 

2 

+  18.92 

10322 

Lamont  4662    .... 

9.0 

42  47-46 

66.8 

'3 

3.121 

.      6    18   22.  2 

69-3 

2 

18.92 

'0323 

Weisse  XXII,  897    .    . 

9.0 

42  58.32 

66.8 

3 

3-  '21 

—    6  20  33.  5 

68.9 

2 

18.93 

10324 

Lalande  44661  .... 

7.0 

42  58.  68 

68.8 

2 

3.  1  88 

-  '4  47  55-8 

55-7 

2 

18.93 

10325 

B.  A.  C.  7957  .... 

S-o 

43     3-29 

66.5 

3 

3-44' 

-  39  53  50-9 

70.8 

3 

18.94 

10326 
IO327 

Weisse  XXII,  900  .    . 

8-3 
6.  5 

22  43  14.04 

4"?    14.  70. 

59-9 
40.  6 

4 
10 

+  3-I3I 
2.878 

7  38  59-  5 
-)-  23  5  1  46.  9 

57-2 
68.3 

6 

2 

+  18.94 

1  8.  94 

J    l 

10328 

21   Piscis  Australis    .    .    . 

J 

6.4 

to    •  t  •  /  y 

43  37-21 

•fy-   *r 
62.    I 

6 

3-327 

-  30  16  37.2 

57-5 

9 

18.95 

10329 

Weisse  (2)  XXII,  101  2. 

7-8 

43  39-  32 

71.8 

3 

2.719 

+  38  57     i-7 

70.8 

2 

18.95 

10330 

Lacaille  9283   .... 

7-o 

43  41-50 

67-3 

2 

3-271 

-  24  30  24.  3 

67.1 

3 

18.95 

I033I 

Lacaille  9284    .... 

7-  ' 

22   44    II.  2O 

67.8 

3 

+  3-432 

-  39  4'  37-o 

65.9 

2 

+  18.97 

10332 

O.  Arg.  S.  22450  .    .    . 

9-4 

44  21.34 

65.7 

2 

3.272 

-  24  46    8.  7 

70.8 

2 

18.97 

'0333 

IOT54 

Mer.  C.  '/..  74,  7    ... 
i      Cephei                   .    . 

6.8 
<;  o 

44  27.  75 

44  42.  36 

74-2 
66.0 

3 

7 

3-437 

2.  127 

-  40    2  33.  7 

4-   6"!   27   ?I.  S 

72.8 
68.  i 

2 
14 

18.98 
18.98 

J  Jt 
10335 

y     Piscis  Australis    .    .    . 

j 

5-2 

-t^f-   »t«><  j« 
44  44-00 

v,   y 

62.2 

J 

4 

/ 

3-359 

l        j      /    j    '  j 

-  33  37    o.  2 

65.8 

4 

yv 

18.98 

10336 

IO^7 

Lacaille  9290    .... 
A     Aquarii      

7-3 
4-  5* 

22  44  59.  18 
45    18.  S4 

63.1 
63.  1 

3 

71 

+  3-3'9 
3-  '35 

-  29  55  24.  9 
8  19  24.  9 

65-5 
55.  i 

3 

8 

+  '8.99 

19.  oo 

Jji 
10338 

DM.  -j-  38°,  4884    .    . 

*T'    J 

7-3 

tj    ••»•  j*t 

45  24-55 

J     J 

68.9 

2 

2.  726 

4-  38  58  18.  2 

70.8 

2 

19.00 

10339 

Lacaille  9292    .... 

6.2 

45  32-59 

70.5 

6 

3-432 

40    9  49.  i 

70.4 

5 

19.01 

10340 

O.  Arg.  S.  22466  .    .    . 

7-o 

45  47-69 

67.2 

2 

3.267 

-  24  40  14.  4 

67.8 

2 

19.01 

I034I 

Weisse  XXII,  951  .    . 

9-0 

22  45  55.62 

60.  9 

2 

+  3-  "7 

—    6    4  36.  6 

68.4 

2 

4-  19.02 

10342 

Weisse  XXII,  957  .    . 

9.0 

46     9-  43 

60.8 

3 

3-  "7 

6     5  15.3 

68.4 

2 

19.02 

'0343 

Weisse  XXII,  962  .    . 

8-7 

46    21.  28 

60.4 

3 

3-  123 

-     6  51     7.9 

57-6 

5 

19-03 

10344 
10^4? 

Lacaille  9296    .... 

7-o 
7-  o 

46    41.  85 

46  43.  88 

62.  4 
60.  2 

2 

4 

3.276 
-!.  1  68 

-  25  43  35-o 
-  I2  55  57-4 

66.8 
56.8 

2 

4 

19.04 

19.  04 

s^j 

10346 

1!.  A.  C.  7978    .... 

6.0 

22   46  47.  84 

59.2 

2 

J 

+     2.727 

+  39  25  27.5 

53-8 

3 

+  19-04 

10347 
IO348 

Weisse  XXII,  976  .    . 

7-6 

3.  O* 

47     9-02 
47  I  ";.  oo 

70.8 

61  c 

3 
i 

3-  '54 
3.  196 

-11       2    32-7 

—  16  •??  ?i.  6 

67.8 
62.6 

2 
4 

19.05 

IQ.  OS 

*  ^Of" 

IO74Q 

78  A'liuii'i]      

•J 

6.0 

^  /    *  j- 

47    l6    ^Q 

"J-  J 

67   d 

o 

6 

i.  i  ^o 

oj  j 
—     7   (6  <!2.  •? 

68.8 

2 

y      j 
10.  OS 

*"  jty 

10350 

Lacaille  9299  .... 

6.6 

if  y       1  \J.    Jy 

47  20.  69 

/  '  *T 

63.8 

3 

j     o 

3.250 

/    j     j   '  j 
-  23     6  20.9 

65.8 

2 

y      j 
19.06 

10351 

Lacaille  9298  .... 

6.0 

22   47    22.  8l 

61.7 

4 

+  3.387 

-  37     8     i.o 

66.8 

2 

4-    19-06 

10352 

B.  A.  €.7983    .    .    .    . 

6.0* 

47  24.70 

58.8 

2 

2.  670 

+  44    o  18.7 

53-7 

3 

19.06 

10353 

IO3S4 

O.  Arg.  S.  22487  .    .    . 

7-6 

S.  7 

47  35-II 

47  49.  72 

65-7 
63.2 

2 
2 

3'o6o 

-  24  42  49.  2 
4-    o  19  ii.  o 

67.8 
68.4 

2 
2 

19.06 
19.  07 

J  JT^ 
10355 

B.  A.  C.  7990    .... 

j    / 
5-5 

47  55-02 

VJ-  — 

66.5 

3 

-    0.033 

4-  82  24  38.8 

64.0 

6 

19.07 

10356 

B.  A.  €.7986    .    .    .    . 

5-5 

22  47  55.28 

64.8 

2 

+  3-  "4 

-    5  43  58.  i 

67-3 

2 

+  '9-07 

'0357 

Lalande  44823     .    .    . 

6.8 

47  59-33 

62.  I 

4 

3-230 

-  20  53    3.  6 

57-8 

6 

19.07 

10358 

Weisse  XXII,  995  .    . 

6.5 

48     5.11 

65.9 

2 

3-  "9 

•    6  26    5.0 

65-3 

2 

19.08 

10359 

Weisse  XXII,  994  .    . 

8.8 

48     6.  05 

65.8 

2 

3-  '5' 

-  '0  5'  27.5 

68.3 

2 

19.08 

10360 

Lacaille  9301    .... 

6.4 

48    7-  29 

63.2 

3 

3-334 

-    32    22    41.  I 

64.8 

2 

19.08 

. 

262 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

Mean  year. 

1 

*—i 

o 

1 

Annual 
Precession, 
1860. 

.Mean 
Declination, 
1  860.0. 

L* 

3 

<u 
^ 

5 

OJ 

S 

& 
o 

'o 
o 

fc 

Annual 
.Precession, 
1860. 

10361 

(5     Piscis  Australis    .    .    . 

5^7 

h.  m.      s. 
22  48  11.03 

66.3 

2 

s. 
+  3-343 

°           /          // 

-  33  17  "-4 

71.8 

4 

// 
+  19.08 

10362 
10363 

Lalande  44848     .    .    . 
M  Z  69  8        .... 

6-5 
8.2 

48  11.87 
48  20.  10 

73-8 
66.2 

5 

2 

2.781 
3.387 

+  35  '4  19-0 
—  37  25  25.  9 

66.2 
66.9 

7 

2 

19.08 
19.08 

*    JO 

10364 

Lalande  4485  1      ... 

8-3 

48  28.74 

73-6 

5 

2.782 

+  35  16  57-2 

72.9 

2 

19.09 

10365 

B.  VI.  +35°,  491  1  .    . 

8-5 

48  31-37 

73-6 

5 

2.782 

+  35  15  '4-4 

73-2 

3 

19.09 

10366 

Lacaille  9307    .... 

6.6 

22  48  36.  33 

62.8 

6 

+  3-33' 

—  .32  18  22.7 

72.7 

5 

+  19-09 

10367 

O.  Arg.  S.  22499  •    •    • 

8.4 

48  40.  84 

65.7 

2 

3-259 

-  24  35  45.  5 

68.3 

2 

19.09 

10368 

Weisse(2)XXII,  1132. 

S.o 

49    9-  76 

68.7 

2 

2.781 

+  35  35  44-9 

74.8 

2 

19.  ii 

10369 

Lalande  44862     .    .    . 

5-5 

49  13.32 

68.7 

2 

2.781 

+  35  36  iy-4 

47.8 

2 

19.  ii 

10370 

Weisse  XXII,  1017     . 

7.6 

49  28.78 

73-i 

3 

3-i5i 

-  ii     o  33.  i 

67.8 

2 

19.  ii 

10371 

Tr.  Z.  133,54  .... 

8.0 

22  49  34. 

+  3-278 

-  26  57  23.5 

77-8 

2 

+  '9-ii 

10372 

Lalande  44860.     .    .    . 

7-5 

49  35-89 

73-4 

3 

3.228 

-  21     5  20.8 

70.8 

2 

19.  12 

l°373 

Riimker  10753      •    •    • 

7-8 

49  40-7° 

68.8 

2 

2.459 

+  56  37  46-  5 

53-8 

2 

19.  12 

10374 

Weisse  XXII,  1026     . 

8.0 

49  42.  49 

67-3 

2 

3-071 

+    08  31.4 

68.4 

2 

19.  12 

I037S 

O.  Arg.  S.  22508  .    .    . 

8.2 

49  44-  49 

65.7 

2 

3-257 

-  24  35     8.  8 

68.8 

3 

19.  12 

10376 

a     Piscis  Australis    .    .    . 

1-3* 

22  49  54.  22 

52.8 

203 

+  3-  308 

-  30  21  46.9 

52.0 

'59 

+    19-  13 

10377 
10378 

Lacaille  9313    .    .    .    . 

7-o 
6.0* 

50    o.  19 
So    o.  ei 

66.2 
68.  q 

2 

3 

3-394 

2.  724 

-  38  40  56.  9 
+  40  5  1  26.  6 

69.9 
53-7 

2 

3 

'9-  '3 
19-13 

•j  j 
10379 

B.A.C.7993    .    .    .    . 

6.5 

3                  J 

5O      2.  27 

•V,    J 

64.8 

2 

3.III 

—    5  33  25-9 

67.9 

2 

y\    o 
'9-  13 

10380 

IO38j 

Lalande  44877     .    .    . 
Anonymous      .    .    . 

7-5 

Q.  O 

50      6.53 
22    $Q      Q.  62 

62.4 

7O  4. 

3 

7 

3.  226 

4-    3.  271; 

-   21       I    20.  7 
—  26  So  36.  4 

61.9 

69.8 

8 

2 

I9-I3 
-)-  19.  13 

10382 

Lacaille  9315    .... 

7'  *•* 

6.8 

•""     J**         y*  **m 

50    9.  86 

/     *  *r 

72.5 

/ 

IO 

\      3       1  J 

3-275 

,v       JW        JV    t 

-   26   50  44.  2 

.7 

67.9 

5 

19-13 

10383 

O.  Arg.  S.  22517  .    .    . 

8.0* 

5°  ii.  36 

77-8 

3 

3.276 

-  26  54  50.  3 

75-9 

9 

I9-I3 

10384 

B.  A.  C.  7998   .... 

6.  i 

50  46.  67 

64.  i 

3 

3-364 

-  36  16    3.0 

71.4 

4 

19.  15 

10385 

Weisse  XXII,  1049     • 

8.5 

50  53.02 

59-9 

2 

3-  "7 

—    6  26     1.7 

57-2 

5 

19.  15 

10386 

Lalande  44918     .    .    . 

6.0 

22   51      8.93 

76.0 

6 

+  2-756 

+  38  38  29.4 

75-i 

5 

+  19.  16 

10387 

Lalande  44922     .    .    . 

5.8 

51    13.02 

74.2 

5 

2-757 

+  38  33  38.9 

63.1 

3 

19.  16 

10388 

Weisse  XXII,  1057     . 

8-5 

51    19.92 

59-9 

2 

3-  116 

-    6  25  19.4 

57-o 

4 

19.  17 

10389 

Weisse  XXII,  1068     . 

7-9 

51    41.50 

68.7 

2 

3-134 

•    8  57  41.4 

67-5 

3 

19.  17 

10390 

B.  A.  C.  8002    ... 

6.0 

51    55.87 

63.2 

3 

3-300 

-  30  12  42.3 

72.8 

4 

19.  18 

10391 

IO1Q2 

Weisse  XXII,  1082    . 
Piscium     .            ... 

6.0 

e    c 

22  52  ii.  59 

to    16    Q3 

65-4 
67  3. 

2 
2 

+  2.996 

•3    O7I 

+  10  58  54-9 

•4-      O    12    ?7    6 

61.9 

73    2 

2 

+  '9-  '8 

10      K) 

as*jy* 

10393 

DM.  +  110,4913     .    . 

J-  J 

8.0 

3*       *"  yj 

52    17.05 

/  •  j 
68.8 

2 

J-  «*/  1 

2-993 

-|-         w     *  e,     J/  .  v 

+  ii  26  58.  4 

/  J. 

65.4 

2 

*"•  *y 

19.  19 

10394 

Weisse  XXII,  1087     . 

9.0 

52    26.  19 

66.1 

3 

3-  i°7 

-    5    641.3 

09-3 

2 

19.  19 

"0395 

Weisse  XXII.  1088     . 

8.2 

52    26.80 

64.0 

5 

3-  "07 

5     6  42.  9 

70.9 

5 

19.  19 

10396 

Lacaille  9326   .... 

7-3 

22   52   28.  71 

67.2 

3 

+  3-420 

-  4'  54    2.  5 

66.8 

2 

+  19-  19 

"0397 

B.  A.  C.  8007    .    .    .    . 

6.8 

52   30-  65 

63.8 

4 

3.260 

-  25  54  39-  5 

64.8 

2 

19.19 

10398 

Lacaille  9330  .... 

6.8 

52  42.31 

63.8 

2 

3.268 

-  26  53  52.6 

68.8 

5 

19.20 

10399 
10400 

Lacaille  9331   .... 
O.  Arg.  S.  22544  .    .    . 

6-5 
8.1 

52  48.47 
52   49.23 

63.6 
63.8 

3 
2 

3.264 
3-268 

-  26  22  31.  3 

-    26   52   57.  2 

65.9 
69.4 

2 
2 

19.  20 
19.  20 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


263 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

IH 

rt 
v 
>* 

s 

1 
'o 
o 

Z 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

S 

B 

>•, 

C 
• 

V 

1 
•o 
6 

fc 

Annual 
Precession, 
1860. 

1 

h.  m.      s. 

s. 

0          /           // 

// 

10401 

0.  Arg.  S.  22545      .    . 

7-2 

22   52   52.77 

68.7 

2 

+  3-238 

-  23  16  35.2 

67-3 

2 

+  19.20 

10402 

B.  A.  C.Soio   .... 

5.6 

53     1-23 

63.2 

2 

3-«37 

9  37  45-4 

67.9 

2 

19.  20 

10403 
1  04.04 

Weisse  XXII,  1108     . 

8.5 
9.  o 

53  I7-3I 
53  18.  59 

68.8 
66.8 

2 
2 

2-994 
3-  125 

4-   ii  29  24.9 
7  49  11.3 

65.4 

67.  9 

2 

2 

19.  21 
19.  21 

*  ^"t"*t 
10405 

O.  Arg.  S.  22554     .    . 

7-6 

53  25-67 

68.7 

2 

3-  '94 

-  '7  37  52.4 

66.3 

2 

19.  22 

10406 

Lacaille  9333   .... 

6.0 

22  53  40.31 

62.4 

4 

+  3-  289 

-  29  36  J5-9 

62.8 

2 

+    19.22 

10407 

Lacaille  9336   .... 

6.0 

53  5°-95 

69.9 

3 

3-238 

-  23  32  27.5 

65.2 

2 

I9-23 

10408 

IO4OQ 

Lacaille  9338   .... 
81   Aouarii                      .    . 

6-5 
5.  c 

54     i-94 
54     6.  95 

71.6 
61.9 

5 
9 

3-234 
3-  I24 

—  23  10    6.  7 
•     7  48  42.  i 

63-1 
62.8 

3 
6 

I9-23 
19.  23 

*  v^ifwy 

10410 

Tr.  7..  188,  10  .... 

J     J 

10.  0 

54  23-69 

61.9 

2 

3-217 

-  20  57  40.  4 

58.5 

4 

19.24 

10411 

Lalande  45037     .    .    . 

7.0 

22  54  24.  15 

68.8 

2 

+  2.778 

+  37  57  27-6 

61.8 

2 

+    I9-24 

10412 

Weisse  XXII,  1136     . 

7-  i 

54  29.  10 

67.8 

3 

•3-123 

•    7  42  39-  2 

67.8 

2 

19.24 

10413 

10414 

Lalande  45028     .    .    . 
Anonymous 

7-9 
7.8 

54  34-02 

C4.    5.8.  1O 

65.8 

72.6 

7 
4 

3-  102 
3.  1  16 

-    4  35  32-  i 
6  42  58.8 

65.7 
67.  9 

3 

2 

19.24 
19.  2< 

10415 

10416 

Lacaille  9343   .... 

/ 

6-4 
8.6 

Jt    O       J 

54  46.  21 
22  54  52.  16 

61.2 

65.8 

3 
4 

3 
3-356 

+  3-  102 

—  37  10  20.  5 
•     4  36    6.  o 

66.8 
69.  3 

2 
2 

•  y     j 
19.25 

+  19-  25 

10417 

Weisse  XXII,  1149     . 

8.0 

55     2.  84 

65.2 

5 

3-152 

-  12     3  48.3 

58.6 

6 

19.  26 

10418 

Weisse  XXII,  1150    . 

8-3 

55     3-J8 

64.4 

2 

3-152 

-  12    3  41.1 

63-3 

2 

19.26 

10419 

Weisse  XXII,  1156    . 

8.0 

55  12.  oo 

63-1 

.  5 

3-151 

-  12     i     1.5 

55-6 

4 

19.  26 

10420 

Weisse  XXII,  1  159     . 

9.0 

55  12.24 

61.9 

2 

2-994 

+  ii  47     7.2 

61.8 

2 

19.  26 

10421 

10422 

Lalande  45049     .    .    . 
82  Aquarii      .         .... 

6.0 

6.0* 

22  55  15.40 
W  16.  vi 

59.8 

?Q.  8 

2 
7 

+    3-220 

3.  1  20 

-  21  37    4.6 
7  19  29.  7 

55-3 
70.  i 

4 
6 

+  19.26 
19.  26 

10423 

Riimker  10800     .    .    . 

9.0 

j  j  *vfji 
55  17-82 

J7*   v 

64.8 

J 
2 

j 

+  3-098 

-    3  57  27.7 

68.8 

2 

19.  26 

10424 

IOJ.2S 

B.  A.  0.8026    .... 
Anonymous 

5-5* 

Q.  O 

55  22.30 
«  27.06 

62.8 
67.  * 

2 
2 

-  o.  245 
+  •?.  128 

+  83  35  49-  2 
8  34  36.  7 

64.0 
68.8 

3 

2 

19.  26 
19.27 

•**T"3 

IO426 

y  *• 
4.0 

J  J       /     y 

22  <;?  20.  IT 

/     O 

58.1 

1 

1       J     * 

•+•    2.  742 

-f  41  34  30.4 

69-3 

2 

+  '9-  27 

10427 

Lalande  45078     .    .    . 

7-5 

JJ         7         J 

55  32-73 

68.8 

J 
2 

2-795 

+  36  43  32.  7 

68.0 

4 

19.27 

10428 

B.  A.  C.  8025    .... 

5-2 

55  44-3° 

68.7 

2 

3-336 

—  35  30  20.  6 

57-6 

4 

19.27 

10429 

Lacaille  9351    .... 

6.2 

55  49-09 

69.4 

3 

3.400 

—  41  34  13-3 

69.  9 

3 

19.27 

IO430 

Lacaille  9357   .... 

6.8 

56    2.63 

63-3 

4 

3-264 

-  27  34     1.5 

72.  i 

4 

19.28 

I043I 

Lacaille  9356  .... 

6.6 

22   56      4.53 

62.2 

6 

+  3-295 

-  31   ii  54.4 

65.9 

2 

+  19-28 

10432 

IQA'l'l 

2     Andromedae      .... 
Anonymous           . 

5-5* 

Q    O 

56     9-  97 
$6  56  81 

64.9 
67.  i 

3 

2 

2.741 

3.  1  12 

+  42     o  19.  3 
-    6  1  1  46.  5 

53-7 
67.  o 

3 

2 

19.28 
19.  29 

***rOJ 

10434 

loin's 

O.  Arg.  S.  22587  .    .    . 
/?    Piscium     

y'  ** 

7.0 

4.  S 

J"      JW    •*• 

56  40.  55 
<(6  4.C.  08 

"/  j 
68.7 
64.  o 

3 

e 

j 
3.227 

?..OI;T 

-  22  59  12.7 
+     3    4     '-8 

57-9 
70.5 

2 

3 

19.30 
19.30 

T"O  J 

10436 
IO477 

Lacaille  9352  .... 
8    Peeasi   . 

^   J 

7.0 
1.  O 

j"  tj-  v^ 

22    56    52.  96 

c6  ZQ  20 

67.7 
4?    7 

^ 

2 

6 

O        JJ 

+  3-  343 
2.884 

-  36  39  16.  o 

-)-    27    19   29.  2 

69.8 

67.7 

2 

5 

+   «9-3o 
19.30 

TJ/ 

10438 

Weisse  XXII,  1203     . 

o 

8.0* 

j"    jy~  *•*-' 

57    6.95 

T  Jm    I 

62.0 

4 

3-  "9 

•    7  26  30.  i 

61.8 

2 

'9-3> 

10439 

Weisse  XXII,  1204     . 

7-5 

57    9.27 

74-1 

4 

3-  "55 

-  12  55  57.7 

65-3 

2 

'9-3' 

10440 

Lacaille  9359   .... 

6.8 

57  15-34 

64-3 

4 

3-263 

-  27  53  22.  i 

72.9 

2 

«9-3' 

264 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


1 
Number. 

Name  of  Star. 

~ 
Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

g 

1 

1 

IM 

O 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

rt 

1 
o 

Annual 
Precession, 
1860. 

h.  m.      s. 

5. 

o       /        // 

„ 

IOAJ.I 

Anonymous          .    .    . 

8.  2 

22  57  22.  86 

67.  •? 

2 

_j_    ^    T  ,  - 

—     614  20.  6 

70.  8 

2 

_L     19.31 

^T^T 

/  *  J 

1      j*  »*• 

IO442 

9.  o 

57  25.03 

60.8 

4 

7.  OQQ 

—     4  14  52.  2 

7O  4 

2 

IQ 

10443 

Lacaille  9361   .... 

8.7 

57  43-  54 

64.4 

3 

j      yy 

3.240 

-  25     6  17.5 

/  "•  t 

68.4 

2 

19.32 

IO444 

2.  O 

57   47.  33 

55-4 

218 

2.  080 

-I-    14    27    IO    1 

5.O    5 

02 

IO 

10445 

Lalande  45  137     .    .    . 

6.4 

J  /     Tl  '  J  J 

57  48.  04 

64-3 

4 

y**** 

1            **T      */        •*••    J 

-  '7  49  56.6 

67.8 

2 

I9.32 

IO446 

6.0 

22  57  51.  67 

63.  o 

5 

-f  3-  I25 

—    8  26  55.  i 

68.3 

2 

, 

10447 

DM.  +  38°,  4921     .    . 

9-2 

57  55-46 

"  j-  •* 
68.9 

J 

2 

2.791 

+  38     9  '2-9 

69-9 

I 

19.32 

IO448 

A2  Aquarii      

6.8 

58     1.31 

67.  3 

2 

i.  126 

—     8  30  11.  Q 

68.  3 

in    33 

/   '     J 

J.      1  *,V 

'9-  33 

10449 

Weisse  XXII,  1220     . 

6-5 

58    7-75 

65.7 

2 

3.069 

+    o  33  12.5 

58.0 

4 

'9-33 

IO45O 

Weisse  XXII,  1221     . 

8.0 

58  11.49 

63.8 

2 

3-  122 

•    7  55     3-7 

53-7 

2 

'9-33 

I045I 

B.  A.  C.  8039  .... 

5-5 

22  58  13.  66 

65.8 

2 

+    2.255 

+  66  27  16.  4 

66.8 

2 

+  19.33 

10452 

Weisse  XXII,  1223     . 

8-7 

58  '3-74 

65.7 

5 

3-  '03 

•    5    o  13.  3 

74-9 

2 

'9-33 

'0453 

Weisse  XXII,  1228     . 

8.1 

58  18.09 

68.8 

2 

3.066 

+     i     o  41.  6 

56-4 

3 

'9-33 

10454 

Weisse  XXII,  1232     . 

7-o 

58  34-49 

7'-2 

6 

3-  '42 

-   11   it  32.  i 

56.0 

5 

'9-34 

10455 

O    I 

C8    35.03 

7O   5 

7 

3-  1  25 

—    8  31     i.  5 

*7O    A 

2 

y* 

j     jj  yo 

/  w-  j 

J 

/u.  4 

'9-  34 

10456 

B.  A.  C.  8045    .... 

5-5 

22  59    5-  H 

63-5 

4 

+  3-363 

-  39  38  56.  9 

70.5 

3 

+   '9-35 

10457 

<rl     Aquarii     

A     O 

en     o   7O 

62.8 

- 

•?    2  "?2 

—    24    2Q    ^6    I 

ttA     1 

2 

T"  *•' 

jy      y'  O*-* 

$ 

"4-  3 

'9-  35 

10458 

Lacaille  9373   .... 

6.8 

59  20.  19 

67-3 

7 

3-281 

-  30  48  13.  6 

7'.  I 

3 

'9-  36 

10459 

Weisse  XXII,  1248     . 

8.9 

59  26.  88 

65.7 

6 

3.  102 

-     4  57   '8.4 

65.7 

3 

'9-36 

10460 

Tr.  Z.  69,  2   

7-' 

59  35-07 

68.7 

2 

3-322 

-  35  37  20.  9 

65.9 

2 

'9-36 

10461 

O.  Arg.  N.  25122    .    . 

8.0 

22  59  42.33 

65.4 

2 

+    2.270 

+  66  33  34.  7 

66.8 

2 

+  '9-37 

10462 

A*  Aquarii     

6.5 

Co    CA    80 

7O   2 

1.     124 

g  26  54.  7 

72     I 

37    j*tp  ^y 

/  **•  * 

72.  i 

'9-  37 

10463 

56  Pegasi    

C    o 

23    o  17.  81 

67.8 

+  24  42  47.  5 

72   5 

£ 

Tn    -18 

J.  \J 

•  y  4 

/*"  J 

" 

19.  35 

10464 

Weisse  XXII,  1272    . 

9-o 

o  40.  40 

60.3 

2 

3-105 

5  3'  59-4 

58-3 

5 

19-39 

10465 

6.0* 

O   42    71 

70.  o 

t 

2.  *\  IO 

i     _« 

in  f. 

T**  JJ 

3 

49- 

53-  • 

'9-  39 

10466 

B.  A.  €.8053    .... 

6.0* 

23      0  46.  22 

63.  2 

2 

+  3-266 

-  29  34  46.  i 

62.8 

2 

+  '9-39 

10467 

B.  A.  0.8056    .... 

6.5* 

o  53-  98 

58.8 

2 

2.727 

+  45  18  43.  o 

53-9 

2 

'9-39 

10468 

Weisse  XXII,  1276    . 

8.7 

I       0.  84 

63.6 

4 

3-  '47 

-    12    21    18.9 

66.8 

2 

19.40 

10469 

Lacaille  9379  .... 

7-  i 

I    21.  12 

63.8 

2 

3-241 

—  26  35  12.5 

65-3 

2 

19.40 

10470 

Weisse  XXII,  1283     . 

9.0* 

I    24.86 

60.3 

2 

3-ioS 

5  32  ii.  o 

58.2 

5 

19.40 

10471 

A    Piscium     ... 

5    5* 

23       I     3O    71 

+T     91     C8     1 

->•  J 

•J            jv*  /  * 

3-  7 

i    3'  004 

1  2I  5s-  3 

56.  2 

4 

+  I9-41 

10472 

42 

i  58.  61 

67    7 

^    2O7 

•  * 

u/.  7 

~  2I  55  55-° 

73-  ' 

5 

19.  42 

'0473 

Weisse  XXIII,  9    .    . 

8-3 

2    6.66 

64.8 

2 

3-  '5' 

-    13    22   38.0 

54-9 

2 

19.42 

10474 

B.  A.  €.8064    .... 

6.4 

2    IO.  42 

63.8 

3 

3-256 

-  28  50  48.  3 

63-7 

2 

19.42 

i°475 

B.  A.  0.8065    .... 

7-5 

2  '3-37 

63.8 

2 

3.064 

+     '  23    8.7 

67-9 

2 

19.42 

10476 

Weisse  XXIII,  12  .. 

9.0 

23      2    19.06 

61.4 

2 

+  3.  148 

—    12   48    14.5 

67-9 

2 

+  19-42 

10477 

B.  A.  C.  8066    .... 

5-8 

2   21.  24 

68.7 

2 

3-365 

—  4'   20  51.3 

62.7 

2 

'9-43 

10478 

Lalande  45323     .    .    . 

7-o 

2    21.78 

75-2 

8 

2.  8ll 

+  38    9  29.4 

61.8 

5 

'9-43 

10479 

Weisse  XXIII,  14  .    . 

8-7 

2    25.  21 

61.7 

3 

3.148 

-    12   50  41.8 

59-5 

6 

19-43 

10480 

t     Gruis     

4  8 

225    35 

66.  6 

•J     4.l6 

6    o  20  o 

68.  3 

if.        U 

*  *5«  jj 

2 

J9-  43 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


265 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

0 

^p 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

! 

V 

& 

o 

\ 

Annual 
Precession, 
1860. 

i 

10481 

4-  2 

h.  m.      s. 
23     2  25.  96 

62.  4 

4 

s. 
4-  3-  215 

0          /            // 

—  23  12  54.  8 

67-7 

4 

+  '9-43 

10482 
1048"! 

Lacaille  9385    .... 

6.6 
9-  5 

2  36.51 

2    53-88 

67.8 
63.  9 

3 

2 

3-358 

-  40  47  29.  7 
—  20  13  14.  4 

71.6 
68.9 

4 
3 

19-43 
19.  43 

*™ffwj 

IO484 

58  Pe^asi        

2  58.  44 

66.  2 

•t 

3.020 

4-93  48.  4 

68.8 

2 

19.  44 

10485 

Lalande  45326     .    .    . 

7-  o 

2    59-30 

70.5 

J 

3 

3-  IS6 

—  14  24  14.  5 

67.9 

2 

19.44 

IO486 

Lacaille  9388   .... 

6.0 

23      3    12.02 

62.  9 

S 

+  3-  264 

-  30  16  54.  2 

65-9 

2 

+  19-44 

10487 

Weisse  (2)  XXIII,  34  . 

7-5 

3  20.45 

73-o 

4 

2-833 

4-  36    6  13.  i 

65-5 

3 

19.45 

10488 
IO48O 

Weisse  (2)  XXIII,  35  . 
TT     Cepliti  .         

7-  ' 

S    0* 

3  23.98 

1    27.  14 

7'-4 
64.  9 

3 

2.834 
1.884 

4  36    5  22.  9 
4-  74.  VI  Si.  o 

56.1 
71.  3 

3 

19.45 
IQ.  4S 

»  v^uy 

10490 

O.  Arg.  S.  22656  .    .    . 

J 

7-o 

j    "  t     •  t 

3  40.  04 

63-5 

3 

3-243 

i     /  ^  j  i   j 
—    27   40   22.  8 

68.0 

4 

7     T  J 

«9-45 

10491 

0.  Arg.  8.22657  .    .    . 

7-o 

23     3  4i-7o 

63.8 

2 

+  3-  242 

-    27    38   56.0 

68.5 

3 

+  '9-45 

10492 

6     Andromeda:      .... 

6.5* 

3  59-  68 

59-o 

3 

2-773 

+  42  47  34-9 

53-7 

3 

19.46 

I0493 

Weisse  XXIII,  45  .    . 

8.2 

4     2.81 

64.9 

2 

3-  105 

•     5  5'  29.3 

67.4 

2 

19.46 

10494 

Weisse  XXIII,  47  .    . 

7.8 

4     5   '3 

71-4 

4 

3.058 

+       2    23    37.8 

66.8 

3 

19.46 

,0495 

Weisse  XXIII,  48   .    . 
59  I'^C^si 

7-5* 
c    c* 

4     7-  18 

21      A.   4O    1  7 

59.8 

S8   4 

3 
6 

3.048 

J_    7.  O27 

+     4  14  42.0 
4      7   S7   1%   f 

58.7 
61.8 

4 

19.46 

4    IQ.  47 

10497 

\VeUse  (  2  )X  XI  1  1,68  . 

J-  J 

7-9 

*J          *T     T1**    *  / 

4  41-30 

3*"  t 

70.  I 

3 

2.830 

\^           1       J  1       J          J 

+  37     8    8.  5 

47-8 

2 

J-       M  y.  if  y 
19.47 

10198 

Weisse  XXIII,  61   .    . 

8.6 

4  46-51 

69-5 

3 

3.027 

+     8    2  33.  7 

68.3 

2 

19.48 

10499 
10500 

O.  Arg.  S.  22666  .    .    . 
60  Pe^asi    

8-9 
6.0* 

4  59-93 
5     "-83 

63-4 

n 

E 

3-  '?6 
2.916 

-  18     6  52.0 
4    26     5  30.  6 

69.  i 
53.8 

3 

•? 

19.48 
IQ.48 

10501 

O.  Arg.  S.  22670  .    .    . 

9.0 

23     5  "-I' 

66.3 

J 
II 

+  3-  "75 

-    18     4  54.5 

69.1 

J 

3 

7     f** 

4  19.49 

10502 

M.  Z.  139,  50    .... 

7.6 

5  43-8o 

64.3 

2 

3-259 

-  3°  48  56.5 

68.3 

2 

19.50 

10503 

O.  Arg.  S.  22682  .    .    . 
7      Andromeda? 

8.4 
5-  o* 

6    6.77 
6    8.96 

66.3 
7"?   4 

2 

g 

3-  '74 

2.  718 

-  18     7  48.5 
4-  48  18  10  6 

70.8 

CQ      C 

2 

c 

19.50 
19.  50 

10505 

Weisse  XXIII,  85    .    . 

9.  o* 

6   11.79 

/  J'  *r 

60.  3 

2 

3-  '3' 

I        *+^     J**     J     ' 

—  10  41  30.  o 

jy-  j 
54-8 

J 
2 

'9-Si 

10506 

Weisse  XXIII,  88   .    . 

9  i 

23     6  15.41 

62.  4 

5 

+  3-  "I 

7     5     8.6 

63.8 

3 

+  19-5' 

10507 

Weisse  XXIII,  95   .    . 

8-5 

6  26.  19 

67.3 

2 

3-097 

•    4  34  28.  2 

68.8 

2 

19-51 

10508 

Weisse  XXIII,  98   .    . 

9-7 

6  28.28 

62.4 

2 

3-  1  10 

•     7     3  35-3 

69.4 

2 

19.51 

10509 
105  10 

O.  Arg.  S.  22687  •    •    - 
Anonymous 

8.8 

7    I 

6  34-92 
6  42.  29 

68.7 

65.  6 

IO 

3.209 
•>  187 

-  23  55  56-6 

—    2O    27    27.  2 

64.9 
68.  8 

2 
2 

«9-  Si 

10511 

Weisse  XXIII,  III      . 

/ 

6.0 

23     6  53.  38 

64.9 

j-  iLt  / 
4  3-049 

+     4   14   10.4 

58.0 

5 

+  I9-52 

10512 

15.  A.  C.  8084    .... 

7.0* 

6  54.22 

60.  2 

2 

3.090 

•     3  23  44-  i 

54-7 

3 

19.52 

10513 

O.  Arg.  S.  22688  .    .    . 

7-  i 

6  54.61 

6S.5 

2 

3-  170 

-  17  40  13-7 

65-9 

2 

19.52 

10514 

Weisse  XXIII,  112 

8-4 

6  55-  74 

67-3 

2 

3.058 

+       2    32    58.  I 

68.3 

2 

19.52 

10515 
105  1  6 

O.  Arg.  S.  22691  .    .    . 
<i>     Aouarii              .... 

8.9 

4   8 

6  56  33 

21       7      A.    21 

66.4 

S8   4. 

2 
26 

3.  172 
+  3-  1  08 

-  18     8  18.  2 
6  48   10.  o 

69.8 

3 

I  1 

19-52 

-4-     IQ    $2 

10517 

Lalande  45473     .    .    . 

if.    V 

8.6 

J           1           T"    *J 

7     7-8i 

j^'  H- 
62.4 

5 

3-  181 

-  19  38     7-8 

60.9 

*  J 

4 

i     *y  j* 

19.52 

10518 

IOC.IQ 

B.A.  C.  8088    .... 
M  Z  74  31 

5-2 
7    I 

7  i  '•  94 
7  12.  42 

67.9 

3 

2 

3-346 

1.    ^28 

-  41  51  49.8 

57-5 
6c  n 

4 

2 

"9-53 

*^j  *  y 
10520 

Lacaille  94  1  1    .... 

/  •  * 

6.8 

7  5°.  60 

62.8 

4 

3-217 

-  25  36  49.  8 

**y*  y 

63-9 

2 

"9-54 

266 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 
*o 

1 

Annual 

Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

tj 
B 

QJ 
>* 

1 
S 

| 

O 

*o 

i 

Annual 
Precession, 
1860. 

10521 

Weisse  XXIII,  136     . 

8.1 

h.  m.      s. 
23     8     6.  60 

66.6 

3 

s. 
+  3-ioc 

0           /           // 

5  17  4i-5 

67.9 

2 

// 
+  19.54 

10522 

B.  A.  C.  8091    .... 

7.0* 

8     7-97 

65.1 

3 

2.917 

+  27  18  33.6 

53.8 

2 

19-54 

10523 

Lacaille  9414   .... 

6.4 

8  10.  15 

63-3 

4 

3-249 

-  3°  36  34-  7 

72.8 

4 

'9-55 

10524 

O.  Arg.  S.  22711  .    .    . 

8.2 

8  13.  29 

69-3 

2 

3-  194 

--  22    5  18.  6 

66.8 

2 

19-55 

10525 

O.  Arg.  S.  22712  .    .    . 

9.0* 

8  15.32 

75-4 

5 

3-199 

—  23     i  27.0 

69.8 

2 

"9-55 

10526 

Mer.  C.  Z.  74,  u  .    .    . 

8.0 

23    8  21.38 

65.8 

2 

+  3-323 

-  40     i  51.9 

67.4 

2 

+  >9-55 

10527 

Lalande  45521     .    .    . 

7.0 

8  21.48 

68.0 

4 

3-094 

•    4  15  31-5 

66.4 

5 

«9-55 

10528 

Weisse  XXIII,  142     . 

8.7 

8  26.  50 

68.8 

3 

3-  Io6 

-     6  27  32.9 

55-8 

2 

'9-55 

10529 

Weisse  XXIII,  143     . 

9.0* 

8  28.04 

64.7 

2 

3-  '34 

-    II    48    22.  8 

55-5 

3 

'9-55 

10530 

IOC  71 

Piazzi  XXIII,  21     .    . 
iM  Aquarii      

7.0 

C     C* 

8  28.  84 

21      8    11   O4 

65-3 
48.  1 

2 
II 

3.069 

4-    1.  124 

+    o  32  50.  5 
—     q   ro  c8  8 

59-o 
65.  9 

4 

2 

'9-55 

+    IQ    5^ 

*wjj* 

10532 

i  OC  77 

Lacaille  9415   .    .    .    . 
6  1   Pegasi 

3     J 

7-8 
6.0* 

**O             JJ'     ^ 

8  33-i8 
8  c6  20 

4-f.VJ.      J 

68.9 

61   i 

2 

4 

[       J        ™*T 

3-334 
2.918 

y    j"    j^'  M 
-   41    25    36.5 
-L    27    2Q      6    C. 

J      " 

70.3 
c.4  8 

4 
2 

•  7-  J  J 
I9-56 
IQ  <6 

IUJJJ 

i°S34 

Lacaille  9425   .    .    .    . 

6.0 

w    jUt  ~y 

9     2.87 

j 

65.8 

2 

"*•  y*** 

3-203 

l      *"/     *3I      v-  j 

-   23  59  15.  i 

J*t*  ** 

66.4 

2 

»y.   ^VJ 

19.56 

10535 

Lacaille  9424   .... 

5.8 

9     5-82 

68.9 

2 

3-337 

-  41  57  29.0 

71.6 

3 

«9-56 

10536 

Lacaille  9426  .... 

6.8 

23     9     7.88 

63-8 

3 

+  3-  238 

—   29   26  49.  2 

62.7 

2 

+  19-56 

i°537 

O.  Arg.  S.  22721  .    .    . 

7-o 

9  10.30 

73-4 

2 

3-191 

—   21    56  48.0 

69.9 

2 

19.56 

10538 

M.  Z.  139,52    .... 

8.0 

9  17.02 

66.3 

2 

3.246 

-  30  40  13.  9 

66.8 

2 

«9-57 

I0539 

Lalande  45545     .    .    . 

8.2 

9  17.64 

68.7 

2 

3-  '58 

—  16  19  30.9 

64.8 

2 

19-57 

10540 

O.  Arg.  S.  22723  .    .    . 

6-5 

9  24.  1  1 

71.8 

3 

3.190 

—  21  57  53-  J 

64.4 

2 

19-57 

10541 

O.  Arg.  S.  22727  .    .    . 

6.9 

23    9  35.  26 

71.8 

3 

+  3-176 

-  19  38  ii.  4 

67-3 

2 

+  19-57 

10542 

Lacaille  9429   .... 

6.0 

9  37-25 

69-3 

2 

3-235 

-  29  "  53-5 

62.  7 

2 

19-57 

10543 

B.A.  C.  8104   .    .    .    . 

6.0* 

9  39-42 

59.8 

2 

2.  090 

+  73  28    7.5 

53-9 

2 

I9.57 

i°544 

lOCAC 

Weisse  XXIII,  177     . 
y     Piscium     

9.0 
A  <; 

9  52-8i 

9CA     62 

62.3 
62.6 

4 
8q 

3-053 
•3    OCQ 

+    3  4i  54-2 
4-     2  11     A  8 

57-8 
Go  7 

3 
IA 

19.58 

IQ   S8 

J^J 

10546 

Weisse  XXIII,  183     . 

tt'  j 

9.0 

JT"  v* 

23  10  u.  01 

62.2 

y 

4 

O-      JV 
+    3-053 

[           *    3  *        i|w  V 

+     3  4i   14-4 

/ 

57.8 

*^ 
2 

•y.  j** 

+    I9.58 

10547 

Lalande  45588     .    .    . 

7.8 

10  14.  96 

74.1 

5 

2-853 

+  37  ii  54-9 

74-8 

3 

I9.58 

IO548 

Weisse  XXIII,  185  .    . 

7.0 

10  21.  53 

7i-5 

6 

3-  '36 

-    12    28    37.4 

54-8 

2 

19.59 

10549 

loc.  co 

Weisse  XXIII,  188  .    . 
0     Gruis     .    .    . 

8.0 
6.  o 

10    25.  21 

IO    2<».  60 

63.8 

*71     2 

2 

3-  '4' 

3727 

-  13  33  29-  5 

—    41     7C        C     2 

67.4 
70.  8 

2 

6 

"9-59 

IQ     CQ 

J  J 

IOCCI 

Anonymous  .    .    . 

8.0 

27    IO    71     C7 

/*»•  ^ 
7A    8 

7" 

•  5*1 

J_      -7      IfM 

41    jj      j-  J 
5   10  Co.  2 

c6  i 

ly-  jy 

-4-     IQ    CO 

JJ 

10552 

TJf  Aquarii     

H.o* 

^J    1U    O1'  J/ 
IO    77    C.8 

/T"  ° 
Ci    6 

IO 

-f-    j.  iu4 
31  22 

—     o  c6  AC  6 

ju-  x 
64  c 

6 

T   *y-  jy 

IQ    CO 

i°553 

Weisse  XXIII,  199  .    . 

j'  ~* 

8-3 

w    Ji  *  D*-1 

10  41.  51 

j  "  •  w 

74-5 

6 

•  *  ^^ 

3-  104 

y  j     TO  • 
.    6  17 

IMfl    J 

*:?•  jy 

19-59 

10554 
loss? 

O.  Arg.  S.  22743  .    .    . 
y     Sculptoris      

6.0 
e  o 

II       6.54 
II     I  C     17 

68.8 
(,-,  -, 

2 
2 

3-173 

32C7 

-  19  36  23.  7 

-J-3      J7      7Q     7 

67.3 

72    C. 

2 

6 

19.  60 
19.  60 

jjj 
10556 

Lacaille  9437  .... 

j-  w 

6.8 

*  j       / 
23    II    22.38 

uj-  o 
66.4 

2 

•  *J/ 

+  3-  243 

o  o  *  /  jy-  / 
-  31  18  58.4 

/  *"  J 

70.4 

5 

+  19.61 

I05S7 

Lacaille  9436   .... 

6.9 

II    22.54 

64.0 

5 

3-231 

-  29  30  19.0 

67.8 

3 

19.  61 

10558 

Weisse  XXIII,  222    . 

8.0 

II    30.  12 

68.8 

2 

3-  '°4 

-     6  23  35.8 

62.3 

2 

19.  61 

'0559 

Lacaille  9439   .... 

6.2 

II    32.94 

68.7 

2 

3.229 

-  29     9     9-5 

62.7 

2 

19.  61 

10560 

Weisse  XXIII,  227    . 

7.2 

II    39.69 

66.3 

2 

3.060 

+       2    29       5.5 

67-3 

2 

19.  61 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


267 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

1 

IM 

O 

d 

^ 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

U 

S 
>* 

Q 

S 

s 

1 

IM 

O 

d 
fc 

Annual 
Precession, 
1860. 

10561 

?    0* 

h.  m.      s. 
23   1  1  40  60 

=;o.  6 

17 

s. 

I      1.  123 

0           /           // 

IO    22    3!    8 

C2    2 

// 

10562 

Lacaille  9440   .... 

6.6 

II    45.  12 

63.6 

5 

3-306 

-  39  55  21.  i 

65.9 

2 

19.  61 

«0563 

Lacaille  9443  .... 

8.5 

12       3.30 

67-3 

2 

3-329 

-  42  43  37-6 

71.2 

3 

19.  62 

10564 

Lalande  45648     .    .    . 

7.8 

12      4.77 

68.7 

2 

3.169 

-  19  19  12.  8 

62.2 

3 

19.  62 

10565 

10566 

Lacaille  9444  .... 

6.6 
5.0 

12      8.07 
23    12      8.33 

68.6 

61.2 

3 
4 

3.  262 

-|~  3.  101 

-  34  28  19.  5 
—  •     ?    S3    IQ.  q 

68.8 

67.  Q 

2 
2 

19.62 

-(-     IQ    62 

10567 

Tr.  Z.g6,  2    

7-5 

12      9.78 

69.4 

7 

3.298 

-  39  «2  31-3 

67.4 

2 

19.  62 

10568 

Weisse  XXIII,  242    . 

8.8 

12.32.  81 

67-3 

i 

3-083 

2    2O    22.  3 

€8.8 

2 

19.63 

10569 

Lacaille  9447   .... 

7-  i 

12   36.82 

63.2 

3 

3-  '92 

-  23  35  16.0 

68.5 

3 

19.63 

10570 

Lacaille  9445    .... 

7-5 

12   40.  82 

69.7 

2 

3-336 

-  43  54  53-  7 

67.8 

2 

19.63 

10571 

IOC72 

Weisse  XXIII,  246    . 

8.5 
e.  c* 

23    12    51.72 
12.53.68 

67-3 
73.  I 

2 

6 

+  3-083 
2.418 

2    22    II.  6 

-1-    6?    2O  4C,    3 

69.  2 

68  i 

3 

+     19-63 
IQ    6"? 

10573 

Tr.Z.96,  3    

7.8 

12    58.88 

69-3 

6 

3-295 

-  39  15  39-i 

64-3 

2 

19.63 

10574 

13.  A.  C.  8123    .    .    .    . 

7.  o* 

13    o.  27 

58-7 

3 

3-094 

4  40  51.0 

61.8 

3 

19.64 

10575 

O.  Arg.  S.  22766  .    .    . 

8-3 

13      3-07 

65.5 

4 

3-175 

-  20  47  32.  7 

67.8 

2 

19.64 

10576 
ICK77 

Tr.  Z.88,7    
b      Piscium     

7.8 
<;.  i 

23    13    12.38 

13  12.  72 

69-3 
61.8 

2 

+  3-260 

3.O?O 

-  34  39  50-  8 

-4-      d.    V7      4..  4. 

67.4 
?8  ? 

2 

6 

+  19-64 

IOS78 

Q.  O 

13    IQ.  64 

67.  T 

3.  1  16 

o    18   ce   6 

67  8 

IQ    6.1 

10579 

10580 

B.A.C.  8129    .    .    .    . 

7.0* 

8.8 

13        27.80 

I  T.    3^    76 

60.  7 
68.8 

2 
2 

3.104 

3  166 

-    6  40  1  8.  2 

60.  4 

4 

19.64 

IQ    6? 

10581 
10582 

Lalande  45704     .    .    . 
T     Peeasi 

7-5 

C    o 

23  13  34-  23 

IT.    A.2    68 

62.9 

7 

+  3-  1  66 

2  oc;8 

-  19  l8  32.4 

65.0 
68  9 

6 

+  19-65 

10583 

B.  A.  0.8132    .    .    .    . 

6.4 

13  47-49 

63.6 

5 

3-213 

-  27  45     8.6 

63-3 

2 

19.65 

10584 

Weisse  XXIII,  268     . 

8.4 

>3  5i-  "7 

77.8 

4 

3.098 

5  32    6.9 

77-9 

2 

19.65 

10585 

O.  Arg.  S.  22779  •    •    • 

7.0 

13  56-"5 

68.8 

2 

3.  200 

-  25  38  23.  3 

66.4 

2 

19.65 

10586 

Weisse  (2)  XXIII,  282. 

8.0 

23  '3  58-64 

73-5 

4 

+  2.873 

+  36  45   16.3 

73-9 

2 

+  19-65 

10587 

12  Andromedce     .... 

6.0* 

14    8.  29 

73-4 

6 

2.869 

+  37  25    6.3 

66.4 

2 

19.  66 

10588 

B.A.C.  8134    .    .    .    . 

6.5* 

14    8.52 

74-8 

4 

3-097 

•    5  26  15.4 

73-  i 

4 

19.66 

10589 

IOSQO 

Lalande  45749     .    .    . 
64  Pegasi   

7-5* 
$.  i 

'4  33-98 

I  <;      5  .  24 

73-3 
64  8 

4 

•? 

2.868 

2    QI  C, 

+  37  48  57-6 

4-    •?!       2    4.7    6 

77-9 

72    8 

2 

19.  66 

IQ    67 

I059I 

ICXQ2 

Lalande  45758     .    .    . 
97  Aquarii      

7.8 

7.  O 

23    15    11.30 

15   18.  68 

72.3 

67    2 

4 

+        3-077 

?    14.  c 

i   10  21.  7 

I  $    4.8    24.    $ 

68.9 
67  3 

3 

+     19-67 

19  68 

10593 
ICKQJ. 

Lacaille  9453  .... 

7-1 

A.  C 

15  24.  82 

1C     76    QO 

63.8 

60  8 

4 

3-  1  88 

-3     170 

-  24  13   0.4 

2O    C.  I     S  1    2 

65.8 
67  8 

3 

19.68 
19  68 

"0595 

B.A.C.  8145    .    .    .    . 

7-3 

15    38.86 

59-9 

2 

3-307 

—    42    22    12.  I 

66.8 

2 

19.68 

10596 

O.  Arg.  S.  22798  .    .    . 

7-7 

23  >5  39-89 

63-4 

2 

+  3-  187 

-  24    9  30.4 

65.8 

.2 

+  19.68 

'0597 

Weisse  XXIII,  309     . 

8.0 

'5  43-82 

58.8 

4 

3-  I24 

-    II    32    31-7 

55-5 

3 

19.68 

10598 

O.  Arg.  S.  22800  .    .    . 

7.0 

15  47.87 

66.8 

2 

3-  194 

-    25    22    54.6 

67-3 

2 

19.68 

10599 

B.A.C.  8150   .... 

5.8 

16    3.81 

68.8 

2 

3-3I7 

-  43  53  36-  3 

62.8 

•> 

19.69 

10600 

Lacaille  9458  .... 

6.9 

1  6  14.09 

f'5-3 

2 

3-230 

-  31  S2  44-5 

69.9 

3 

19.69 

268 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude.  1 

Mean  Right 
Ascension, 
1  860.0. 

1 

X 

d 

S3 
S 

1 

<—  . 
0 

i 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

>-i 
• 

<JJ 
>^ 

3 
<u 

g 

1 

<-4- 
0 

i 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

o       /        // 

// 

10601 

Ti.  Z.  88,  10     .... 

8-5 

23  16  16.  24 

68.8 

3 

+  3-244 

-  34    8  38-  3 

64.8 

2 

+  i9-69 

10602 

Radcliffe  (2)  2322   .    . 

8.0* 

1  6  29.  64 

61.9 

3 

3-  "3 

9  13  37-7 

65-9 

2 

19.70 

10603 

Piazzi  XXIII,  69    .    . 

7-5 

16  30.  13 

61.  9 

2 

3-  "3 

-     9  13  36-6 

65.9 

2 

19.70 

10604 

0.  Arg.  N.  25498     .    . 

1  6  34.  06 

74-5 

3 

2.486 

-f  66  17  27.  i 

72.4 

2 

19.70 

10605 

Lalande  45804     .    .    . 

8.0* 

16  31.  69 

59-8 

3 

3-157 

-   18  33  26.5 

58.4 

4 

19.70 

10606 

B.  A.  €.8155    .    .    .    . 

6-9 

23  16  41.  23 

64.6 

S 

^  3-176 

-   22   32    2O.  5 

62.7 

2 

+   I9-70 

10607 

Lacaille  9461    .... 

6.8 

16  51.  76 

62.7 

2 

3.267 

~  37  58    8.  6 

67.8 

2 

19.70 

10608 

Weisse  (2)  XXIII,  341. 

8.2 

16  56.  23 

68.9 

2 

2.885 

i-  36  53    9-  7 

47.8 

2 

19.70 

10609 

O.  Arg.  S.  22817  •    •    • 

9.0 

'7     3-70 

64.0 

4 

3-  "S3 

-  18    5  15.  6 

66.8 

2 

19.70 

10610 

Weisse  XXIII,  340     . 

6-3 

17  14.48 

68.8 

3 

3.048 

+     5  25     6.8 

61.8 

2 

19.71 

10611 

Weisse  XXIII,  342     . 

7-o 

23  17  21.43 

68.8 

2 

+  3-012 

+   '3  42  42.3 

61.8 

2 

+   I9-7I 

10612 

B.  A.  €.8158    .    .    .    . 

6.0* 

17  46.92 

59-2 

2 

2.698 

+  56  46    2.  6 

53-7 

2 

19.72 

10613 

Radcliffe  6064  .... 

8.0 

17  50-57 

67.7 

2 

2.730 

+  54  25     1.6 

72.5 

3 

19.72 

10614 

Lalande  45838     .    .    . 

8.8 

17  51.  ii 

60.8 

2 

3-I56 

-  18  5'  50.5 

58.4 

4 

19.72 

10615 

Weisse  (2)  XXIII,  363. 

7-o 

17  55.92 

68.9 

2 

2.897 

+  35  35  37-5 

46.8 

2 

19.72 

10616 

10617 

Lacaille  9468  .... 

7-5 
6.0 

23  17  58.  18 
17   W.  06 

62.8 

73.  7 

4 

c 

+  3-217 

2.  Q22 

—    30   46    32.  2 

+    1  1    -?6  c8   7 

65-3 

64    7 

+   19-  72 

Ifl     7  "> 

10618 
10619 

Weisse  XXIII,  359     . 
v     Fegasi  .... 

8.8 
S.  o 

/    jy  yv 

18  14.43 

18  21  i\ 

/  J    / 

72.4 

62.  o 

j 

3 

3.050 

2    Q7  I 

jl      JL»     $0.   j 

+     5   16  20.3 

J_     22    l8        I     7 

*-"r*  / 

58.4 

60  o 

4 

iy.  /^ 

19.72 

TO     "7  7 

10620 
10621 

Radcliffe  6067  .... 

j 
7-8 

5.0* 

J    1  J 

18  29.  61 
23  18  38.  21 

65.6 

45.  8 

5 

17 

**  y/  i 
2-737 

_1-    2    6?O 

-J-      £.£.     ^0           1.    y 

+  54  19     2.3 

4-     6  1     "2O    Zi    A. 

66.3 

6?    Q 

4 

2 

*y-  73 
19-73 

+     IO    72 

10622 

Lacaille  9473   .... 

6.6 

18  45.01 

*T  J'    ** 

63-3 

*  / 

4 

1      *•  VJV 

3.200 

r   w*   jr*  j**  *r 
—  28  1  1  40.  8 

w  •  y 
62.  7 

2 

*y-  /3 
19-73 

10623 

Lalande  (F)  4471    .    . 

7-8 

19    3-'9 

65-7 

I 

2.738 

+  54  40 

,    . 

19.74 

10624 

B.  A.  0.8167    .    .    .    . 

6-3 

19  12.39 

66.8 

5 

3-170 

--  22  30  36.  9 

65-3 

2 

19.74 

10625 

Weisse  XXIII,  377     . 

8.5 

19    20.  28 

60.8 

2 

3-  "7 

-    IO  48    13.  2 

54-8 

2 

19.74 

10626 

Riimker  11173     •    •    • 

8.4 

23  '9  33-42 

67.2 

5 

+  2.745 

-f-  54  20  18.  o 

72.6 

3 

+   «9-74 

10627 

Lacaille  9479   .... 

7-5 

19  37.92 

63.8 

2 

3-  '74 

-  23  29  34.5 

63.8 

2 

'9-  75 

10628 

Lalande  45892     .    .    . 

6.8 

19  38.  24 

71.6 

3 

3-139 

-   16     o  59.  4 

66.4 

2 

19-75 

10629 

Weisse  XXIII,  386     . 

9-2 

19  38.90 

65.8 

3 

3.068 

+     o  55  49-  i 

65.8 

3 

19-75 

10630 
10631 

O.  Arg.  N.  25570    .    . 

7-5 

4  8 

19  43.28 

27     IQ    AC     -JC 

66.6 
61  7 

8 
(,-, 

2-543 

_L     7    O7O 

+  66    9     6.7 

~\-      O    20    22    Q 

69.6 

r-8    7 

9 

2  1 

19-75 

+      IO     "7  C 

10632 

9     Piscium      

*T*  " 

6.0 

*o   *y  T-J-  jj 

2O        -  1      'si 

w»  .  / 
c-i   6 

UJ 
6 

r   J-  u/u 

3O7  I 

_!__       O    2  1     14.    8 

J°-  / 
60    1 

*j 

1  y*  /j 

jO     7  r 

10633 

Lacaille  9482   .... 

7-o 

***         T"   J  * 

20    6.  59 

JT--   u 

68.8 

2 

•  w  * 
3-195 

-    28       2    58.4 

UU.  j 

66.4 

2 

'9'  75 

'9-  75 

10634 

DM.  +  54°,  2974    .    . 

8.  i 

20      8.  10 

68.5 

4 

2.751 

+   54  12   15.2 

67.8 

2 

»9-75 

10635 

Tr.  Z.  73,  68    .... 

6.8 

20    9.71 

68.9 

2 

3-230 

-  34  23  39.8 

64.9 

3 

19-75 

10636 

13  Andromedae      .... 

5-8 

23  20  23.04 

69.4 

2 

+  2.864 

+  42     8  28:0 

57-7 

3 

-4,    19.76 

10637 

Radcliffe  6079  .... 

7-8 

20   23.  17 

70.8 

5 

2-753 

4-  54  12  16.  i 

67.8 

2 

19.  76 

10638 

B.  A.  C.  8173  .... 

6.0* 

2O   24.  26 

58.8 

2 

2-443 

+  69  54  53-  5 

53-8 

2 

19.  76 

10639 

B.  A.  C.  8172  .... 

7.0 

20    29.  24 

63-3 

4 

3.241 

-  36  18  53-7 

71.  i 

4 

19.76 

10640 

O.  Arg.  S.  22851     .    . 

6.6 

20  37-  85 

68.9 

2 

3-  '38 

-  16    4     7.7 

64-4 

2 

19.7-3 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


269 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

IJ 

1 

& 

d 

rt 
B 

z 

1 
'o 
6 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

Mean  year. 

1 
"o 
6 
Z 

Annual 
Precession, 
1860. 

10641 

Radcliffe  6081      .    .    . 

8.0 

h.  m.      s. 
23  20  39.56 

68.  i 

12 

+  2S758 

0            /           // 

+  54     5  43-2 

69.4 

7 

// 
+  '9-76 

10642 
1064.'? 

DM.  +  54°,  2977     .    . 
69  Pegasi    

8.8 
6.5 

20  39.  64 
20  43.  37 

72-4 
62.  4 

7 

7 

2.757 

2.  969 

+  54     i  55-4 
+  24  23  56.  i 

69.8 
69-3 

4 

2 

19.76 
19.  76 

"  ^  j 

10644 
IO64.^ 

B.  A.  C.  8175  .... 
0     Piscium          

6.0 
?.o* 

20  47.91 
20  "li.cn 

68.9 
68.9 

J 

3 
28 

3.I2I 

•?.  o?o 

-  12  13  10.  6 

+     5  36  37-9 

54-8 
63.5 

2 
1C 

19.76 
19.  76 

*  *"**Tj 

10646 

Riimker  11206     .    .    . 

J 

8.2 

j     yj 

23  20  59.  35 

69.7 

2 

J.  "J" 

+  2.755 

+  54  25  51.0 

J     J 

68.8 

J 

2 

+   19-77 

10647 

M.  Z.7I,8    

8.0 

20  59.  55 

70.9 

2 

3-236 

-    36      2 

'9-77 

10648 

Lacaille  9489   .... 

6-5 

21       I.3I 

63.7 

3 

3-183 

-    26    II    25.3 

63-9 

4 

19-77 

10649 

Weisse  XXIII,  413     . 

21      8.64 

6r.8 

4 

3-051 

-+-    5  18  19.0 

57-5 

6 

19-77 

10650 

Weisse  XXIII,  419     . 

8.0 

21    20.88 

65.8 

2 

3-052 

-f-     5     2  16.  2 

66.8 

2 

19-77 

10651 

B.  A.  C.  8180    .    .    .    . 

5-5 

23    21    23.42 

76.8 

3 

+  2.469 

+    69   35    22.  2 

72.6 

2 

+  l9-77 

10652 

Weisse  XXIII,  423     . 

9.0 

21    36.  70 

64.4 

2 

3-115 

-   10  52  17.4 

56.i 

3 

19.78 

"0653 

Weuse(2)XXIII,4S7. 

7-2 

21    51.68 

69.4 

2 

2.894 

+  38  So  55-  5 

65-4 

3 

19.78 

10654 

DM.  +  5°,  5177  .    .    . 

9.5 

21    58.59 

69.8 

I 

3-050 

+     5  36  1  6.  i 

69.9 

I 

19.78 

10655 

DM.  +  54°,  2986    .    . 

8.0 

21    58.63 

68.0 

5 

2.768 

+  54    2  40.0 

68.  i 

3 

19.78 

10656 
106^7 

DM.  +  54°,  2988    .    . 
1  1   Pisciuni         .... 

8.0 

c    e 

23    22      1.70 
22    IS    78 

67-3 

71    2 

2 

6 

+  2.769 

•J  082 

+  54    8  47.  3 

—      2    "?"?    30.  6 

67.8 
72.8 

3 

-1 

+  19-78 
19.  78 

j  / 
10658 
10659 

B.A.C.  8184  .... 

j   j 
6.0 
6.0 

«  J.     /  W 

22    17.81 
22    10.  C8 

/ 

64.  i 
61.-? 

8 

4 

J-  **W* 

3.092 

7    O7Q 

oj    Jy 

•    5  '7  41-7 
i  48  19.7 

f  «ri  u 

61.3 
68.9 

" 

J 

8 
•j 

y*  i 

19.79 

19.  79 

ioCi6o 

Weisse  XXII',  ;44     . 

8.2 

y  j 

22    24.  70 

o 

61.3 

T^ 

2 

O         /  7 

3.052 

+    5  19  56.  i 

57-i 

o 

3 

19.79 

10661 

Weisse  XXIII,  443     - 

8-4 

23    22   25.  17 

65.4 

2 

+  3-071 

-f-    o  20    o.  o 

60.8 

4 

+  '9-79 

10662 

O.  Arg.  N.  25634     .    . 

8.0 

22   41-34 

69.7 

3 

2.770 

-f  54  21  57.0 

68.8 

2 

19.79 

10663 

Weisse  XXIII,  449     . 

8.0 

22   45.90 

65.4 

2 

3-071 

+    o  23  33.  8 

60.8 

4 

19.79 

10664 

Weisse  XXIII,  452     . 

9.0 

22    48.  36 

68.7 

2 

3-045 

+     7    o  54.4 

61.8 

2 

19.79 

10665 

Lacaille  9497   .... 

7-  i 

22   54.OO 

63.8 

3 

3.162 

-  22  39  19.8 

62.8 

3 

19.79 

10666 

Lacaille  9496   .... 

7.2 

23  23    3-°2 

63.0 

5 

+  3-  238 

-  37  43  45-5 

67.8 

2 

+  19.80 

10667 

M.Z.57,47  

7-  i 

23      6.83 

68.8 

2 

3.246 

—  39     6    0.5 

64.8 

2 

19.80 

10668 

Weisse  XX  III,  458     . 

8-5 

23    14.  60 

61.  i 

4 

3-051 

+     5  39  "6-5 

58-8. 

4 

19.80 

10669 

Lacaille  9499  .... 

7.2 

23    16.95 

63.8 

3 

3-171 

-  24  58     7-4 

62.7 

2 

19.80 

10670 

Lacaille  9500  .... 

7-2 

23    26.98 

63-3 

4 

3.  226 

-  35  52  41.2 

71.1 

4 

19.80 

10671 

B.A.C.  8187    .    .    .    . 

7.  o* 

23    23    29.03 

59-3 

2 

+  2.309 

+  74  27  15.6 

53-8 

2 

+  19.80 

10672 

Weisse  XXIII,  463     . 

8.6 

23    36.  22 

59-4 

4 

3-  "3 

-  10  55  39-o 

55-5 

3 

19.80 

10673 

Lalande  46047     .    .    . 

6.0 

23   49.90 

68.8 

2 

2.908 

+  37  53  24.5 

48.8 

2 

19.81 

10674 

Weisse  XXIII,  473     . 

6.8 

23    56.51 

68.8 

2 

3.066 

+     i  35  36-  7 

66.7 

2 

19.81 

10675 

Weisse  XXIII,  476     . 

8.0 

24    12.  62 

68.9 

2 

3.090 

—      5       I    22.  0 

58.1 

3 

19.81 

106/6 
10677 

Lacaille  9507    .... 
#*    Aquarii      ...... 

5-7 
6.  <; 

23    24    17.92 
2A   21.  "?8 

67-3 
6c  -i 

2 
2 

+  3-  262 
•?  K6 

-  42  3'  3'-6 

—   22      8   20.  7 

68.4 

58.4 

2 
5 

+  19.81 
19.81 

v  /  / 
10678 

DM.  +  15°,  4836    .    . 

j 
9.0 

*-*T                O 

24    22.  05 

vj-  j 

77-8 

4 

j     j 
3.016 

y  i 

+  '5    7 

J"*  *T 

J 

19.81 

10679 

14  Andromedae      .... 

6.0* 

24   25.05 

68.9 

2 

2.908 

+  38  28     2.6 

47-4 

2 

19.81 

10680 

B.A.C.  8196    .    .    .    . 

7-o 

24   28.  28 

65.2 

2 

3-  '56 

-   22      I    16.3 

62.8 

3 

19.82 

1 

270 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

Mean  year. 

JS 

O 

"o 

O 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

iJ 

rt 
0 
>> 

c 
rt 
B 

3 

in 

1 

IM 

0 

O 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

10681 

Lacaille  9508   .... 

6.7 

23  24  33-00 

64.  2 

3 

+  3-  175 

—    26    31       2.  I 

68.5 

3 

+  19.82 

10682 

M.  Z.  211,4  

7.2 

24  48.  26 

65.3 

2 

3-157 

-    22    34    32.  2 

65-5 

3 

19.82 

10683 

Santini  1636     .... 

6.9 

25     5.69 

61.0 

5 

3.050 

+     6  18  53.0 

57-8 

5 

19.82 

10684 
10685 

Lalande  46097     .    .    . 
/?    Sculptoris         .... 

7-5 
4-  4 

25     7-°3 
25  27.  18 

71.8 
63.5 

3 
3 

2.916 
3-  232 

+  37  32    6.  i 
~  38  35  31-2 

47-8 
65.9 

2 

2 

19.82 
19.  81 

10686 

Weisse  (2)  XXIII,  541. 

6.2 

23  25  3«-83 

68.9 

2 

+  2.936 

+  31  io  48.6 

65.8 

3 

?         J 

+  19-83 

10687 
10688 

O.  Arg.  S,  22897  •    •    • 
b*    Aouarii          . 

8.4 

$•    S 

25  45.88 
25  56.  74 

64-3 
71.5 

3 

5 

3.H8 
3.  isi 

-    20   51    34.2 

—  21  41   16.  7 

67-3 
67.8 

2 

2 

19.83 

10.  84. 

10689 
10690 

Lacaille  9516   .    .    .    . 

J     J 

6.8 
5.5* 

26    0.31 
26  27.  72 

68.3 
45-7 

6 
7 

J        3 

3.196 

2.  994 

-  32    3  45-5 

-4-   21   45   'K.O 

/ 

72.2 
67.  9 

4 

2 

j*  **^ 

19.84 
19.84 

10691 

B.  A.  C.  8204  .... 

7.0* 

23  26  34.  io 

58.8 

2 

+  2.500 

1                 ^J    o  J  • 

+  7i   13  45-2 

53-8 

2 

+  19.84 

10692 

Lacaille  9519  .    .    .    . 

6.6 

26  37.96 

65.2 

3 

3-  165 

-  25  37  59-  7 

62.8 

2 

19.84 

10693 
10694 

Weisse  XXIII,  534     . 
14  Piscium     

9.2 
5-  7 

26  44.  26 
26  57.  16 

Co.  3 
56.5 

2 

4 

3-054 

3.O7Q 

-f     5  ii  28.  2 

2       I     13.  I 

55-8 
67.8 

3 

2 

19.85 

io  8s 

1  0601 

M.  Z.  57,40  . 

7.8 

27     q.  63 

J         J 

68.8 

2 

J       i  y 

3.  227 

—    7Q       2    23    3 

/  * 

64.8 

2 

y*    j 

IQ    8< 

*  ^vyj 
10696 

O.  Arg.  S.  22911  .    .    . 

8.5 

/      y     j 

23   27    17.69 

64.8 

4 

J          i 
+    3-133 

J:?        *    m&  j 

-  17  46  14-4 

68.8 

3 

»y«  "5 

+  19-85 

10697 

Weisse  XXIII,  528     . 

9.0 

27   26.50 

67.2 

7 

3.021 

+  >5  ii  4^-7 

61.  9 

2 

19.85 

10698 

Lacaille  9524   .... 

6.9 

27   26.86 

67.7 

3 

3.209 

-  35  5'  23.3 

65-3 

2 

19.85 

10699 

Lalande  46188     ... 

6.0 

27  47.64 

74-2 

.6 

+    2.931 

+  37     i  22.0 

66.  i 

3 

19.86 

10700 

B.  A.  €.8213    .... 

5.8 

27  49-85 

63.2 

19 

—   O.OI7 

+  86  32    6.4 

66.2 

17 

19.86 

10701 

Weisse  XXIII,  539     . 

9.0 

23  27  50.92 

65.4 

2 

+  3-022 

+  15     6    8.8 

67-3 

2 

+  19.86 

10702 

Lacaille  9527   .... 

6.6 

28  16.  70 

64.0 

4 

3-I7I 

-  28  15  30.8 

62.7 

2 

19.86 

10703 

Riimker  11367     .    .    . 

8.  i 

28  17.84 

68.8 

2 

3.098 

7  55  3'-4 

57-9 

2 

19.86 

10704 
10701 

B.A.C.82I4    .    .    .    . 
15  Piscium     .    .    . 

6.0 
6  5 

28  1  8.  66 

28    IQ.  12 

65-4 
S6  i 

2 
•j 

3-099 

3O7O 

•    8  14  20.  9 

_f_      o   -32    24.  6 

67.8 

67    Q 

2 
2 

19.86 

19.  86 

/    j 

10706 

Lacaille  9528   .... 

J 

6.7 

23  28  36.67 

3"    * 

63.8 

j 

3 

•  **/w 

+  3-  184 

-  31  25  II.  I 

**/  •  V 

68.4 

2 

+  19-87 

10707 

Weisse(2)XXIII,6o4.; 

8.  i 

28  36.  90 

77-7 

2 

2.944 

+  34  5° 

19.87 

10708 

B.  A.  0.8217    .... 

6.0* 

28  55.46 

58.8 

2 

2-551 

+  7°  52     7-4 

53-8 

2 

19.87 

10709 
10710 

Weisse  XXIII,  592     . 
16  Piscium     

8.0 
6.0* 

29   4.  52 

29  14.  66 

59-5 
60.8 

3 

2 

3-097 

7     068 

7  53  25.9 

+       1    in    3-3   n 

57-9 
68.  5 

2 
c 

19.87 
19.88 

10711 

Lacaille  9532    .... 

7-4 

23  29  19.83 

64.8 

2 

J'  **VW 

+  3-159 

•    *y   jj"  v 

—  26    o  49.4 

63-4 

j 
2 

4-  19.88 

10712 

M.Z.69)  16  

6.7" 

29  29.25 

65.8 

3 

3-209 

-  37  34  29.6 

69-3 

2 

19.88 

10713 

Weisse  XXIII,  602     . 

9.0 

29  40.  28 

58.8 

2 

3.056 

+     5     8  34-  i 

54-3 

7 

19.88 

10714 

Lacaille  9534   .    .    .    . 

6.2 

29  40.  90 

63.0 

5 

3.185 

-  32  38  44.  2 

70.  6 

4 

19.88 

10715 

Weisse  XXIII,  609     . 

8.5 

29  59.62 

64.6 

S 

,3.078 

i  53  22.  i 

69.9 

4 

19.88 

10716 

Weisse  XXIII,  613     . 

9.0 

23  30     5.  24 

62  5 

4 

+  3-078 

i  49  27.  7 

65.8 

4 

+  19-89 

10717 

Weisse  (2)  XXIII,  639. 

7.0 

30     7.84 

76.0 

5 

2.950 

+  35     '  29.8 

75-i 

8 

19.89 

10718 

Lacaille  9539   .    .    .    ; 

7.0 

3°  31-03 

64.9 

2 

3-154 

-  25  39     1.8 

70.4 

4 

19.89 

10719 

Weisse  (2)  XXIII,  657. 

6.5 

3°  32.  16 

74.0 

7 

2.952 

+  35     2  28.9 

74.6 

II 

19.89 

IO72O 

Lacaille  9540  .... 

7.7 

30  33-  6l 

65.8 

2 

3.228 

—  42  20  28.  4 

67.8 

3 

19.89 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


271 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

S3 
I 

2, 
rt 
(U 

s 

1 

IM 

O 

i 

Annual 
Precession, 
'  1860. 

Mean 
Declination, 
1  860.0. 

| 

>-, 

2 

S 

1 

lM 

O 

o 
X 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

10721 

B.  A.  0.8223   ..... 

6.0* 

23  30  42.  08 

59-i 

3 

+  2.909 

+  43  39  '7-3 

53-7 

2 

4-  19-89 

10722 

IO72^ 

B.  A.  0.8225    .    .    .    . 
7  S  Pepasi 

6.0 

S.  S 

30  46.  24 
3O   S2.  8q 

72-3 
77.  S 

5 
c 

3-  1  20 
3.018 

-  15  5i  57-6 

4-    17    37    32.  O 

66.4 
75.8 

2 

e 

19.89 

IQ.  80 

**-*/  *J 

10724 

Lament  9262    .... 

j  j 
10.  o* 

O"    j  ••  **y 

31    0.68 

4  1     J 

61.  9 

J 

2 

O 

3-077 

1           /     Jl     3     ' 
I     36       4.2 

1  J'  v 

65.9 

J 

2 

y      y 
19.90 

10725 

Lamont  9263    .... 

9.5* 

31     5'  '4 

61.8 

4 

3-°77 

'  38  37-  6 

65-9 

2 

19.90 

10726 

i      AndromeJie      .... 

5.0 

23  31   [6-78 

65-2 

2 

+  2.919 

4-  42  29  35.  o 

70.  i 

5 

+  «9-9° 

10727 

Lacaille  9542   .... 

7.0 

31  26.51 

67.8 

3 

3-223 

-    42    15       1-2 

67.8 

3 

19.90 

10728 

Lamont  9269    .... 

7-3 

32  '6-37 

61.  9 

3 

3-077 

i  45  1  1  .  o 

67.4 

2 

19.91 

10729 

1  8  Andromedre      .... 

5-5 

32  21.98 

76.9 

3 

2.882 

4-  49  41  47-5 

74-9 

2 

19.91 

10730 

Lacaille  9548  .... 

7-5 

32  22.  74 

67-3 

2 

3-  >4i 

-  23  18  27.7 

69-3 

4 

'9-9' 

10731 

I  O7  72 

Lacaille  9547   .... 
t      Pisciuni 

6.6 
4  6 

23  32  26.82 

32  4S   O2 

63.0 

s8.  3 

5 
187 

+  3-'78 
3.o=;8 

-  33  30  28.0 

4-      4.    ?2      6.  2 

7°-3 
SS.  i 

4 
C7 

4-  19-91 

IQ   OI 

Iu/  J^ 
«°733 

Lacaille  9550   .... 

f   *• 

6.8 

J          *fjp   V* 

33    5-57 

J**"  J 

65.9 

/ 

2 

j.  \-r  jij 

3-  '52 

1             *T     J*1          **•    • 

—   26   58    19.  2 

j  j' 
62.8 

j  / 
2 

y-  y 

I9.92 

I°734 

IO73C 

Lacaille  9551    .... 
u     Sculptoris          .... 

8.7 
4.  o 

33  I5-I3 
33  16.8-1 

62.9 

60.  o 

3 
4 

3-  1/2 
3-  '72 

—   32  41    22.  I 

—    32    SO  47.  8 

63-3 
69.8 

2 

7 

19.92 

IQ.  Q2 

1U/OJ 
10736 

Weisse  XXIII,  678     . 

8.6 

JJ     •    '•  "O 

23  33  19-65 

"  y 

68.7 

2 

+  3-078 

J         J        T^/  '  w 

2      8      9.  2 

*TF*  w 
62.9 

O 
2 

y*  .7 

+  19-92 

•0737 

Weisse  XXIII,  679     . 

7.0 

33  23-  '7 

65-4 

2 

3-053 

+     7     3  49-  > 

69.9 

3 

19.92 

10738 

Weisse  XXIII,  683     . 

7-7 

33  31-40 

65.4 

2 

3-053 

+    7    637.8 

60.8 

3 

19.92 

10739 

Weisse  XXIII,  685     . 

8-5 

33  34-48 

60.  9 

3 

3-053 

+     79  Si-' 

58.7 

2 

19.92 

10740 
I  O7AI 

Lacaille  9554  .... 
y    Cephei  

7-5 
3.  o 

33  35-8o 

23    33    38.OQ 

67-3 

<2.  < 

2 
51 

3-'95 
+  2.415 

-  38  38  34-  3 
4-  76  51     i.  6 

70.6 

40.  3 

3 
126 

19.92 

4    10.  Q2 

•  Wr* 
10742 

Weisse(2)XXIII,734. 

j 

5-5 

j  jj  j        y 

33  41-48 

j       J 

68.8 

J 

2 

2.961 

+  35  56  38.  5 

t?-  J 

46.8 

2 

I        y   y 

19.92 

I°743 

IO74.4. 

Lacaille  9555    .... 
A^  Anuarii              .    . 

6-3 
6.  i 

33  48.  30 

34.    1  8    "\4. 

66.4 

71.  2 

2 

4 

3-'43 

3-  123 

-  24  56    8.  8 
—  18  48    2.0 

62.7 

66.  3 

2 
2 

J9-93 

IQ     Q-) 

*  WT-T- 

10745 

O.  Arg.  S.  22993  •    •    • 

7-9 

JT^           u>    JT- 

34  28.  73 

/      • 

65.0 

4 

j        j 

3-  128 

—  20  32     i.  2 

"-"    J 

67-3 

2 

•y  yj 

'9-93 

10746 

B.  A.  €.8241    .    .    .    . 

6.2 

23  34  30-07 

68.8 

2 

+  3-  21  1 

-  43    2  37.  i 

62.7 

2 

+  '9-93 

16747 

Weisse  XXIII,  705     . 

8-5 

34  33-  38 

63.8 

2 

3-053 

+     7  25  41-3 

60.9 

3 

'9-93 

10748 

IO7AO 

Weisse  XXIII,  710     . 

X     Piscium 

6-3 

£     0* 

34  48.  85 

•34.  cj    26 

59-5 

C7     2 

6 

I  3 

3-°55 

3.  060 

+    6  28  33.  4 
-I-     i     o  3S.  6 

59-6 
c6  i 

9 

c 

19.94 

IQ    Qd. 

iw/ify 
10750 

IO7S  I 

B.A.  C.  8247    .    .    .    . 

J-  ** 

7-5* 

^.    ^ 

Jt    J*t-  *-^ 

35  26.54 

23    3?   27.  62 

Jl  •  ™ 

60.3 

72.  q 

J 
2 

4 

O-  vvy 
3.026 

+  3-  in 

\                         OJ 

4-  17  53  28.4 

—   11    10     7.  "! 

j 
59-o 

S3.  8 

J 

5 

2 

*y.  ytj. 
19.94 

-4-     IQ.  Q4. 

•**/  j  * 

10752 

Lacaille  9568  .... 

J     J 

6.9 

j   jj      t 

35  42.38 

/          y 

63.0 

6 

3-153 

j     y     i    j 
—  29  49  1  1  .  6 

J  J 

63.8 

2 

I         "    y^ 

19.94 

10753 

Lacaille  9567   .... 

6.6 

35  43-9' 

62.5 

4 

3.  181 

-  37  33  43-  5 

66.4 

2 

19.94 

10754 

Lacaille  9570  .... 

6.5 

36     1.25 

63-4 

3 

3-  1  66 

-  33  5"  28.3 

62.7 

2 

19-95 

10755 

IO7C6 

Weisse  XXIII,  730     . 
77  Perasi 

7-5 
e.  s* 

36    8.07 

21    l6    14.  Q? 

68.7 
6?.  o 

2 

e 

3.076 

-1-    "1.  O4Q 

i  29    2.3 

+      033    l6.  7 

61.8 
67.  o 

2 

2 

'9-95 

+    10   OS 

*w/  J^ 

10757 

Weisse  (2)  XXIII,  793. 

j  j 
7.8 

*o  ow   ••••  yj 

36  15-32 

WJ.  ^* 

68.8 

9 

2 

I      j'     ^y 

2.971 

1              7JJ      »".y 

+  36    9  38.  3 

/      7 

47-9 

2 

?   y  j 
19-95 

10758 

B.A.  0.8252    .... 

6.6 

36  17-33 

68.3 

4 

2.893 

+  52  22  34.  i 

65.8 

4 

'9-95 

10759 

Lacaille  9576  .... 

6.7 

36  31.09 

64.5 

3 

3-165 

—  34  «2  15-7 

67.2 

3 

19.95 

10760 

Lacaille  9578  .    .    .    . 

7-o 

36  46.  84 

67.3 

2 

3-'9« 

—  4i  27  45.9 

71.2 

3 

19.95 

272 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

j-. 
rt 

0 

G 
cj 

0) 

S 

A 

o 

o 
o 

fc 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1860.  o. 

>-,' 
• 

g, 

C 
• 
V 

s 

i 

- 

o 
6 
Z 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

o      /          // 

// 

10761 
10762 

Lalande  46496(131*)  . 
Lalande  46496  (ad*)  . 

8.0 

23  36  48-  25 
36  48.  30 

73-i 
75-2 

4 
3 

+  3-057 
3-057 

+     6  28  25.5 

60.  4 

2 

+   '9-95 

10763 

Weisse  XXIII,  749     . 

9-5 

36  59.07 

61.3 

4 

3-053 

4-    8  10    o.  6 

61.  9 

2 

19.96 

10764 

O.  Arg.  S.  23022  .    .    . 

6.0 

37  11-48 

64.  2 

5 

3-  '40 

-  27     i   2  1  .  6 

63.0 

4 

19.96 

10765 

B.  A.  €.8257   .... 

8.0 

37  40.  36 

70.9 

6 

3-057 

+     6  24  56.0 

60.  4 

5 

19.96 

10766 

Weisse  XXIII,  767     . 

6.9 

23  37  49-  5  > 

68.8 

4 

+  3-075 

i  26  14.4 

68.8 

4 

+   19-96 

10767 
10768 

Lacaille  9583  .... 
z2    Aciuarii  fist*) 

7-5 

38  37-  79 

?8    44    4.4. 

62.9 

7O.  7 

3 

c 

3-I72 
3.  1  16 

--  38  45   '2-3 

—    10    27    21    8 

68.8 

6?    Q 

4 
1 

19.97 
10.  07 

10760 

i^    Aouaru  (2d*)           . 

J^      T'T1      *T"T 

^8    4.4.    7O 

/       / 

76.  o 

J 

7  1  16 

i  y     *•/      "J1  w 

—  •    IQ    27    27    7 

j-  y 

he    o 

I 

"    "  / 

10    Q7 

.  10770 

Weisse  XXIII,  783     . 

8.  i 

JU       *f^-'      /  V 

38  49-  88 

/       y 

6l.8 

6 

J»   *  *w 

3-  '73 

•  y     •'X      */  •  / 

-    o  30  47.  9 

J-  V 

61.8 

2 

y    7  1 

19.97 

10771 

IO772 

Lacaille  9585   .... 
19  Pisciuni     ...        .    . 

7-7 

1.  O 

23  39     7-°8 

1Q    14..  7.8 

64.8 
S4.  I 

2 
IO 

+  3-  '83 
•t  066 

—  42  19  40.0 

-I-       2    42    ^6    "? 

67.4 

67  8 

i 
2 

+  '9-97 

10.  Q7 

1  W  /  " 

i°773 

Weisse  XXIII,  803     . 

.>•  v 

8.8 

jy    •  T'*  O" 

39  52-49 

jt- 

59-5 

3 

o 

3-063 

l         •    f  *•    jw*  j 
+      4   28   22.  I 

\tf»\* 

55-5 

3 

y  y  t 

19.  98 

10774 

Lacaille  9507   .... 

7.0 

40     9.  94 

63-5 

3 

3-  "65 

-  38  56    2.8 

67.7 

5 

19.98 

10775 

Weisse  XXIII,  809     . 

8-5 

40  11.  76 

66.3 

2 

3-°77 

2    17      7.1 

67.8 

2 

19.98 

10776 

T     Cassiopere     

5-° 

23  40  13.  82 

66.5 

3 

+  2.889 

+  57  52  '9-9 

62.0 

12 

+    19.98 

10777 

Lalande  46609     .    .    . 

7.2 

40  27.45 

65.7 

4 

3.082 

5  '4  21.9 

65.6 

3 

19.98 

10778 

Weisse  XXIII,  817     . 

7.0* 

40  31.67 

60.8 

4 

3-075 

i  32  19.  2 

58.8 

8 

19.98 

10779 

Weisse  XXIII,  818     . 

7.0 

40  35-63 

66.1 

3 

3-065 

+     3  27    8.8 

53-9 

2 

19.98 

10780 

Weisse  XXIII,  820     . 

7.0 

40  39.  87 

66.4 

3 

3-065 

+     3  23  55-7 

67.9 

2 

19.98 

10781 

Riimker  11589     .    .    . 

7-6 

23  40  41.  84 

77-8 

2 

+  2.848 

4-    63    22      1.6 

76.2 

3 

+   '9-99 

10782 

20  Piscium     

4-5 

40  44.  67 

55-9 

8 

3-079 

3  32  22.4 

67.9 

2 

19.99 

10783 

O.  Arg  S.  23052  .    .    . 

7.2 

40  56.  16 

73-8 

5 

3-'o7 

-  17  28  30.  I 

65.9 

2 

19.99 

10784 

Weisse  XXIII,  828     . 

9.0 

40  58.  59 

6!.  6 

5 

3-054 

+     9  22  ii.  8 

65.6 

6 

19.99 

10785 

Weisse  XXIII,  830     . 

8.5 

41     1.67 

61-3 

2 

3-075 

—     i  33    7-5 

56.8 

4 

19.99 

10786 

O.  Arg.  S.  23054  .    .    . 

7-7 

23  41     2.  69 

62.  9 

2 

+  3-132 

-    28  40    22.  5 

7i-5 

3 

+  19-99 

10787 

Lalande  46629     .    .    . 

6-3 

4'     3-27 

66.2 

3 

3-osS 

+     7  28    8.2 

58.8 

4 

19.99 

10788 

Weisse  XXIII,  831     . 

7.0 

41     5.89 

58.8 

2 

3.060 

+     6  23  11.3 

60.4 

4 

19.99 

10789 

IO7QO 

Lalande  46632     .    .    . 
B.  A.  Ciai-i    . 

7-6 

e    2 

41     9.  78 

4.1    14.   74. 

68.8 

76  8 

2 
1 

3.058 

2.  8ll 

+     7  24  38.  3 
-4-6?     i  dS  <L 

56.1 

71  6 

3 

17 

19.99 

10.  OO 

»«j  j  ^j 
I079I 

Groombridge  4142  .    . 

j*  * 

7-o 

*r  *     **r*  /  T" 

23  4'   20.43 

/      • 

74-3 

O 

5 

+  2.858 

\    vi      i   13.  i 
+  63     2  23.  8 

/  j-  u 

68.2 

1  / 

3 

y  y  y 
+  '9-99 

10792 

B.  A.C.  8274    .    .    .    . 

5-5 

41   20.73 

63-9 

3 

3.086 

7     9  27.  5 

68.4 

2 

'9-99 

'°793 

DM.  4-  62°,  2300    .    . 

9.0 

41   28.09 

73-5 

4 

2.860 

+  63     i  29.4 

74-5 

3 

19.99 

10794 

Weisse  XXIII,  845     . 

9-5 

41  31.  18 

65.7 

2 

3.072 

4-     o  13  41.4 

69.  i 

3 

19.99 

'°79S 

IO706 

Weisse  XXIII,  848     . 
5    Sculptoris     .... 

8.0 

4.6 

4i  33-89 

27    4.1     77    7O 

65.6 
62.  o 

3 
16 

3.082 

_L     7     I  -11 

5   12  47.4 
28  5j.  1  6  i 

65.6 

rg    7 

3 

1  2 

19.99 

4-     IO    QQ 

*  v/  Jf** 

10797 

B.  A.C.  8280   .    .    .    . 

*T*    ** 

7.0* 

J     T1*       J/  *    / 

42     3-  17 

73-8 

j 

4 

\        J*    *  J  * 

2.897 

AU      Jf       *  u-    J 

+  59  12     1.8 

J°-  / 

53-8 

2 

i     mr  yy 
19.99 

10798 

Lacaille  9605  .... 

6.5 

42     3-7i 

62.8 

4 

3-  129 

-  28  37  50.6 

71.4 

4 

19.99 

10799 
10800 

Lacaille  9606  .... 
M.  Z.  77,  20  . 

7.0 
8.0 

42  ii.  05 

4.2     1$    OA 

63-9 
68.8 

2 
2 

3-  "5 

31  17 

-    22    23   30.4 
—    -22    IO    ?  1    I 

68.6 
60.  4 

3 

20.00 
20.  oo 

*+*•     *  j  •  *^ 

*    *  J/ 

J^      (V/    JJ-   * 

V.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


273 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

M 
rf 
U 
>, 

I 
•s 

1 

IM 

O 

6 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

h! 

rt 
P 
>> 

§ 

U 

s 

1 
*o 
o 

a 

Annual 
Precession, 
1860. 

1  080  1 

6.0 

h.  m.      s. 
2?   42    17.  "^Q 

<;8.  i 

12 

s. 

4-    1   O72 

0          /          // 

4-      O    17    C£    7 

71    6 

// 

l      20    OO 

10802 

Lacaille  9609  .... 

6-5 

*.  j   ^         i    jy 
42   34.03 

j1-"  j 

68.8 

2 

I      J-  vt  • 
3.I67 

/    jj'i 

-  43     4  45-  7 

/  1  .  v 
70.0 

5 

20.  oo 

10803 
10804 

Lacaille  9610   .... 

6.4 
6.0* 

42    34-  12 

42  34.  61 

64.4 
66.9 

3 

7 

3.122 
3.OI8 

-  26     6  31.  9 

-4-28     3  46  7 

63.5 

e-3   7 

3 

20.00 

20.  oo 

10805 

Lacaille  961  1    .    .    .    . 

7.0 

42  56.36 

63.3 

J 

4 

3-  13° 

i    *-^'     j  t^-  / 
-  30  10  50.  i 

jj'  / 

63-4 

3 

20.00 

10806 

Weisse  XXIII,  870     . 

8.8 

23    42    59.  12 

60.3 

2 

+  3.061 

4-     6  16    9.6 

60.4 

2 

+    20.00 

10807 

B.  A.  0.8285    .    .    .    . 

6.0 

43     1-24 

71.2 

5 

3.091 

-  10  45   19.  4 

67.9 

2 

20.  oo 

10808 

Lalande  46693.    .    .    . 

7.0 

43  '9-54 

62.6 

3 

3-  i°9 

-  21     o  38.  3 

58.7 

7 

20.  OO 

10809 

DM.  +  7°,  5091  .    .    . 

9-5 

43  20.  oo 

61.8 

2 

3.060 

+     7  20  12.8 

60.  o 

3 

20.00 

10810 

O.  Arg.  S.  23082  .    .    . 

7.0 

43  32-  83 

72.8 

4 

3-  105 

-  19    4    9.4 

64.9 

2 

2O.OO 

10811 

O.  Arg.  N.  26080     .    . 

7.0 

23  43  35-44 

69-7 

2 

4-    2.  884 

+  62  57  54.  2 

67.9 

2 

+  20.  oo 

10812 

108  Aquarii      

4.8 

44    7-  3° 

68.8 

2 

3-105 

-  19  41  13-  ' 

70.  6 

3 

20.  01 

10813 

O.  Arg.  N.  26092      .    . 

7.0 

44    9.  68 

69.7 

2 

2.889 

+    63    12   21.9 

67.9 

2 

2O.  01 

10814 

Lacaille  9619  .... 

7.0 

44  II-  H 

63-7 

2 

3  132 

-  33  12  35-2 

68.8 

2 

2O.  01 

10815 

Lacaille  9620   .... 

6-5 

44  21.40 

77-9 

2 

3-"37 

-  35  28  11.5 

77-9 

2 

20.  OI 

10816 

Weisse  XXIII,  895     . 

8.2 

23  44  33-  84 

65.8 

3 

+  3-082 

•    6  27  24.9 

65.8 

3 

4-    20.  01 

10817 
10818 

Lacaille  9625    .... 
Anonymous  ... 

6.8 
o.  < 

44  37-  85 

A  A     AA     28 

62.8 

60    7 

4 

2 

3  132 
3-  '28 

-  33  54     1-6 

—    72       Q       A_    2 

68.8 

71     A. 

4 

2 

20.  OI 

2O   OI 

10819 

22  Piscium     ... 

y  j 

6.0 

-f..f      -4-  t  •    •** 
AA     4.7     8-1 

vy.   l 

<K    7 

3060 

j*      V      4-  *> 
_1_        2       Q       7    8 

1   *  *  T- 

60     7 

2 

2O    OI 

10820 

O.  Arg.  S.  23096  .    .    . 

7-6 

T^T      T"  /  '    *"™T 

45    5-  85 

HO    / 

68.8 

2 

•  ^^y 

3.  IO2 

i      *    y     /  •  ° 
-  1  8  48  14.  2 

uy-  o 
64.9 

2 

2O.  OI 

10821 

B.  A.  0.8296    .    .    .    . 

7.0 

23  45   "7-09 

76.9 

3 

+  3.039 

+  20  53  34-  3 

73-5 

4 

+    2O.  OI 

10822 

Lalande  46769     .    .    . 

6.5 

45  26.  27 

66.8 

2 

3-  102 

-  19  20  25.  5 

66.9 

2 

20.02 

10823 
10824 

Lacaille  9630  .... 
82  Pegasi    

6.6 
6.0 

45  26.44 
45  28.80 

62.  9 

en    8 

2 

7 

3-  "3 

3OC7 

—  25  45  54-  7 
_j_  jo  10    8.  i 

66.9 

CQ    o 

2 

20.02 

20    02 

10825 

Weisse  XXIII,  916     . 

9-5 

45  32.4° 

jy'  M 

61.  7 

J 

6 

•  ^J/ 

3-074 

i  35  n-9 

jy-  v 

58.4 

4 

20.02 

10826 

Weisse  (2)  XXIII,  960 

6-5 

23  45  33-  S2 

77.2 

3 

+  3-  04-5 

+  20  57  52.9 

77.8 

2 

+  20.02 

10827 

DM.  -|-  34°,  5025    .    . 

7-4 

45  40.  74 

71.0 

5 

3-015 

+  34  ii  33-4 

74-9 

2 

20.02 

10828 
10829 

DM.  4-  28°,4657    .   . 
25  Piscium      

7-8 
6  c, 

45  42.  27 

AC    CA    62 

68.9 

re    ? 

2 

3.026 

3O7O 

+  28  49  50.  2 

_L           T       iR      AA       C 

73-2 

72    O 

3 

20.02 

2O  O2 

10830 

Weisse  XXIII,  932     . 

*™  j 

8-5 

*TJ     Jt*  *** 

45  58.76 

:>,>•  j 
58.8 

2 

.  \jf\j 

3.064 

r             *       I0     'TT"    J 

+    5  55  14-4 

/*  y 
60.9 

3 

20.02 

10831 

DM.  +  34°,  5027    .    . 

9.2 

23  46     i  .  83 

68.9 

2 

4-    3-017 

+  34  22 

-\-  20.02 

10832 

Weisse  XXIII,  934     . 

8.5 

46      2.  63 

65-5 

3 

3  066 

+       4    22    44.  2 

55-9 

4 

20.02 

10833 

B.  A.  0.8304   .    .    .    . 

6.6 

46    6.  25 

64.  2 

3 

3  no 

-  25     o  27.3 

67.8 

2 

20.  02 

10834 

Weisse  (2)  XXIII,  976 

9.0 

46     7.  19 

77.6 

2 

.5-041 

4-   20  50 

20.  02 

10835 

Lalande  468  1  1      .    .    . 

6.5 

46     8.13 

71.8 

3 

3  017 

+  34  16  29.5 

65.9 

3 

20.  02 

10836 

Weisse  XXIII,  936     . 

9.2 

23  46  13.03 

65.8 

2 

+  3-oSo 

5  49  29-  i 

65.8 

3 

4-  20.02 

10837 

Lacaille  9636  .... 

6.8 

46  28.83 

63.0 

4 

3-  n8 

-  30  10  31.  8 

63-4 

3 

20.02 

10838 

Lacaille  9637    .... 

6.9 

46  42.  77 

63.8 

3 

3-  "9 

-  3i     8    5.5 

67.8 

2 

20.02 

10839 
10840 

Lalande  46836     .   .    . 
Anonymous  

6.2 

90 

46  59.41 

4.7      7    tlO 

73.8 
67    •? 

5 

2 

3.012 
3.  080 

+  38  30  10.  i 

r   d.7   77    I 

54-1 
69.  8 

4 

2 

20.  02 
20.  02 

.  ^ 

T-/       j'  Dw 

W  '  J 

J   4J  J/-  l 

AP  1  84 


18 


274 


CATALOGUE  OF  STARS  OBSERVED  AT  THE 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

t_l 

PJ 
<u 
>^ 
C 
rt 
<u 

s 

1 

*o 

1 

Annual 

Precession 
1860. 

Mean 
Declination, 
1  860.0. 

h< 
rt 
B 
^ 

B 

S 

s 

<A 

0 

'B 

i 

Annual 
Precession, 
1860. 

h.  m.      s. 

s. 

0           /           // 

// 

10841 

Lacaille  9639  (  ist*)    . 

7.8 

23  47     6.  33 

63-9 

2 

+  3-  "2 

-  27  49   19.4 

65.3 

2 

-|-  20.  02 

10842 
1  08/1  3 

Lacaille  9639  (2d*)     . 
Anonymous       .... 

7.0 
9.  o 

47     6-  97 
47  20.  1  8 

63-9 
69.7 

2 
2 

3-  »2 

3.  058 

-  27  49  20.3 
4-    IO  47 

66.2 

3 

20.02 

2O.  O3 

**-"-'*+  j 
10844 

5-° 

47  24.  53 

v-y,    i 

59.0 

3 

J'  "j^ 

2.962 

1           "    ^/ 

-f-  56  43  13.  5 

53-  7 

3 

•  v,> 

20.  03 

10845 

O.Arg.  8.23120  .    .    . 

9.0 

47  25.54 

64.  7 

6 

3-  I04 

—  23  48  40.  I 

67.9 

2 

j 
20.03 

10846 

B.A.  0.8311    .    .    .    . 

5-8 

23  47  36.  67 

74-9 

6 

+  3-°73 

o  40    9.  3 

68.4 

2 

+  20.03 

10847 

Lamont  9344    .... 

8-5 

47  41.08 

59-3 

2 

3-073 

i     3  33-  8 

58.0 

5 

20.03 

10848 

Weisse  (2)  XXIII,  994 

8-5 

47  43-  3' 

68.8 

2 

3.018 

+  36  48  55-3 

65-9 

3 

20.03 

10849 
10850 

Lacaille  9641    .... 
26  Piscium     

7-3 
6.0* 

47  49-48 
47  58.  16 

67.8 
?6.  8 

3 

6 

3-  128 
i.  064 

-  38    8  34.  3 
-4-     6  17   '?'?.  Q 

65-9 
66.4 

2 
2 

20.03 
20.  03 

10851 

Lalande  46873     .    .    . 

7-7 

23  47  58-92 

J 

73-2 

4 

j-  **"*t 
+  3-019 

/    j  j  y 
+  37  >7  29.2 

64.5 

3 

+  20.03 

10852 

B.  A.C.  8313    .    .    .    . 

6.0 

48     1.85 

63.2 

3 

3-  "7 

-  32  42    3-  3 

6i..o 

4 

20.03 

10853 

Lacaille  9644  .... 

6-5 

48     1.96 

63.2 

3 

3-  "7 

-  32  39  49-  5 

64.8 

2 

20.03 

10854 

B.  A.  €.8314    .    .    .    . 

6-5 

48     3-58 

64.7 

7 

2-835 

+  73  37  53-o 

66.4 

2O 

20.03 

10855 

O.  Arg.  8.23124  .    .    . 

7-o 

48  13.03 

68.8 

2 

3-095 

-  18  36  29.  i 

66.4 

2 

20.03 

10856 

Lacaille  9647   .... 

7-5 

23  48  25.00 

65.7 

2 

+  3-  '26 

-  38  5°  47-  i 

67.9 

2 

+  20.03 

10857 

Lalande  46891.    .    .    . 

7-o 

48  28.  24 

59-4 

4 

3-063 

+     7  26  40.  4 

56-7 

IO 

20.03 

10858 

B.  A.  0.8317    .    .    .    . 

6.5* 

48  33-  72 

59.2 

2 

2.971 

+  56  38    o.  i 

53-8 

2 

20.  03 

10859 

O.  Arg.  S.  23126  .    .    . 

9-4 

48  34.  68 

65.1 

4 

3-  IO1 

-  23  45     6.  9 

67.9 

2 

20.63 

10860 

DM.  +  3°,  4905  .    .    . 

9.0 

48  36.34 

65.7 

3 

3.068 

+     3  18  56.0 

65-.  7 

2 

20.  03 

10861 

Lacaille  9650   .... 

7.  o* 

23  48  53-oo 

62.9 

2 

+  3-  "6 

-  39  49  29-  6 

62.7 

2 

+  20.03 

10862 

Lacaille  9652  .... 

6-5 

48  54.  24 

63.8 

4 

3-099 

-  22  46  18.  4 

63.8 

2 

20.03 

10863 

Weisse  XXIII,  994     . 

9-° 

49    7.  62 

60.8 

2 

3.068 

+     3  50  54-o 

55-9 

2 

20.03 

10864 

Lacaille  9655    .... 

6.  i 

49  1  6.  88 

66.9 

2 

3-  102 

-  25  31     1.4 

71.2 

3 

20.03 

10865 

O.Arg.  8.23135.    .    . 

7-8 

49  17-79 

68.8 

2 

3-  108 

-   3°  '7  17-9 

63.8 

2 

20.03 

10866 

Weisse  XXIII,  1002  . 

8-5 

23  49  22.06 

64.8 

2 

+  3-072 

+    o  28  17.8 

68.8 

2 

+  20.03 

10867 

Lacaille  9657   .... 

7-6 

49  25.  68 

68.9 

2 

3-  '29 

—   42   58  24.  2 

62.7 

2 

20.03 

loses 

Weisse  XXIII,  1006  . 

7-2 

49  37-  IS 

60.6 

4 

3.068 

+     3  56  43-  7 

55-5 

3 

20.04 

10869 

Lacaille  9659   

6.0 

49  54-  55 

66.4 

2 

3-  102 

-  27  24  12.7 

65.8 

2 

20.04 

10870 

Lacaille  9662   .... 

7.0 

50  14.49 

61.8 

3 

3-  n6 

-  37  29    3-  6 

69.8 

3 

20.04 

10871 

Lacaille  9663   .... 

6.4 

23  5°  23.89 

63-4 

6 

+  3-"° 

-  33  58    9-  1 

65-3 

4 

-\-  20.  04 

10872 
10873 

Weisse  XXIII,  1030  . 
ip    Pegasi    

7-o 

e   O 

50  36.  68 

CO    -37    87 

60.  2 

68.  4 

3 

3.062 

1    OA  *7 

-j-  10  41  41.8 

+    24    21    47     2 

62.0 

c-,    8 

4 

20.04 
20.  04 

10874 

Weisse  XXIII,  1032  . 

j-  v 
9-0 

Ou  61-  °/ 
So  37-93 

60.3 

4 
3 

3-  U4/ 

3.068' 

-^      £*      Hf  .   « 

+     4  37  31-6 

JO-  ° 

56.2 

3 

20.  04 

10875 

Lacaille  9665   .... 

6.8 

50  44.  60 

68.8 

2 

3-  "7 

-  39  44     3-  o 

62.7 

2 

20.04 

10876 

Weisse  XXIII,  1039  . 

9.0 

23  50  54.  64 

60.8 

2 

+  3-073 

-    "  54  25.  7 

61.8 

2 

-f-    20.  04 

10877 

Weisse  XXIII,  1040  . 

8.6 

50  54-  85 

68.8 

2 

3.062 

+  10  47  18.  6 

68.4 

2 

20.O4 

10878 
10879 

O.Arg.  S.  23141  .    .    . 
I     0?*'    

8.2 

c    f 

50  56.  09 
Ci      8  08 

72.8 

T?    O 

4 

3-094 

•>  087 

—  22  40  48.  9 

rA    3*7     -if     -y 

65.8 

60    7 

2 

20.04 
2O  O4. 

10880 

Weisse  XXIII,  1045   . 

J-  J 
8.2 

^  i        o.  yo 
51     12.71 

/«•  u 
68.9 

2 

o-  UO7 
3.068 

lu    31     JJ'  J 

+     4  S2   12.9 

mj.  j 

55-9 

2 

«>n  "*fr 
2O.O4 

U.  S.  NAVAL  OBSERVATORY,  1845  TO  1877. 


275 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1860.0. 

S 

c 

1 
1 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

1 

G 
O 

1 

U- 

O 

i 

Annual 
Precession, 
1860. 

•0881 

Lacaille  9670   .... 

7.0 

h.    m.      s. 
23  51   28.  12 

62.8 

2 

s. 
+  3-  "2 

0           /           // 

-  39    o  18.  o 

68.3 

2 

-j-  20.04 

10882 
10883 

M.Z.  139,73    •    -.    •    • 
27  Piscium     .... 

8-5 
c  o* 

51   28.33 
5  i  30.  35 

63.7 

HO.  I 

2 
I  i 

3-  101 

•i  076 

—  30  16  49.  5 

4    jg    56.  g 

71.9 

HO    Q 

2 

20.  04 
20  04. 

10884 
10885 

Tr.  Z.  191,  18   .    .    .    . 

o     Cassiope3f 

J-  v 

9.0 

c    c* 

5i  3°-79 
ci    ce   26 

66.9 

61  .  o 

2 
2 

3.091 

-    20   48    17.5 

69.2 

3 
2 

20.  04 
20  04. 

10886 

Lacaille  9673   .... 

J.  J 

6.0 

3  »    jj-  *v 

23  5i  55-39 

68.9 

2 

+  3-  "6 

-  43     i     4-2 

05  •  9 

67.8 

3 

+  20.04 

10887 
10888 

Weisse  XXIII,  1058  . 
d>    Piscium 

8.4 

A     7 

52    0.25 

P2       7    J.Q 

68.8 
66.  5 

2 
I  IO 

3.069 

3O67 

+     3  56  40.  2 

+6       1    17    O 

54-9 
60.  4 

2 
28 

20.04 
20  04 

10889 

O.Arg.S.  23166  .    .    . 

*r*  / 

7-2 

j^     /  •  <ty 
52   11.98 

65-3 

2 

.  wu/ 

3.089 

j  *  /  •  y 
-  20  48  13.9 

67.8 

2 

20.  04 

10890 

B.  A.  0.8332    .    .    .    . 

5-7 

52   15.65 

63.8 

3 

3.098 

-  30  15  52.8 

68.8 

4 

20.  04 

10891 
10892 

Lacaille  9674  (ist*)   . 
Lacaille  9674  (2d*)    . 

7-8 
8.0 

23  52   17.65 
52   17.70 

68.9 
68.9 

2 

2 

+  3-095 
3-095 

|  —  27  18  12.  i 

65.4 

2 

+  20.04 

10893 
10894 

DM.  +  6°,  5229  .    .    . 
Lacaille  9680   .... 

9.0 
6.8 

52  25.29 
52  32-  18 

65.9 
68.9 

I 
2 

3.067 
3-093 

+     6    6  32.  3 

-  25  25  27.8 

72-4 
70.  6 

2 

4 

20.05 
20.05 

10895 

Weisse  XXIII,  1075  . 

9-o 

S2  49-  99 

oi.  9 

3 

3.072 

+    o  18  34.9 

60.  i 

5 

20.05 

10896 

Lalande  47049     .    .    . 

6.0 

23  52  53-  19 

68.9 

2 

+  3-040 

+  38    4  46.5 

47-  6 

2 

+  20.05 

10897 

O.  Arg.  S.  23176  .    .    . 

8.4 

52  55-  17 

68.8 

2 

3.086 

-  '8  47  3«-7 

64.9 

3 

20.05 

10898 

B.  A.  €.8336    .... 

7-3 

53    2.46 

62.0 

II 

2.  5O2 

+  85  55  36.8 

64.6 

8 

20.05 

10899 

Weisse  (2)  XXIII,  1  107 

6-5 

53    4-  64 

69.7 

2 

3.041 

+  37  3i  30-8 

47-8 

4 

20.  05 

10900 

Tr.  Z.  136,87    .... 

8-5 

53  20.65 

68.8 

2 

3.091 

-  26  24    5.  5 

65-9 

2 

20.O5 

1  090  1 

Weisse  XXIII,  1090  . 

8-5 

23  53  24-  18 

63.0 

I 

+    3-072 

+    o  17  10.9 

60.  i 

5 

+    20.05 

10902 

O.Arg.S.  23181  .    .    . 

8.4 

53  30.  13 

66.4 

2 

3.088 

-  23  26  48.  7 

67.4 

2 

20.  05 

10903 

O.Arg.S.  23182  .    .    . 

7.8 

53  32.79 

68.8 

2 

3-093 

-  28  41   12.  9 

56-3 

2 

2O.O5 

10904 

B.  A.  €.8338    .... 

6.5 

53  36.60 

69.7 

2 

3.004 

-f  61  23  53.8 

53-8 

2 

2O.05 

10905 

Weisse  XXIII,  1099  . 

8.4 

53  49-  67 

65-7 

6 

3.076 

5  42  19-  i 

65.7 

3 

2O.  05 

10906 

O.Arg.S.  23185  .    .    . 

8-3 

23  53  50-  14 

63-8 

3 

+    3-088 

-  23  33-17-2 

67.4 

2 

+    20.05 

10907 

Lacaille  9695   .... 

6.8 

54  io-  31 

62.8 

4 

3.091 

-  29  30  16.4 

65.9 

2 

20.O5 

10908 

Weisse  XXIII,  mo  . 

9.0 

54  25-62 

65.0 

2 

3.070 

+     4  16  31.7 

54-8 

2 

20.O5 

10909 
10910 

B.  A.  C.  8344    .... 
29  Piscium     

5.0* 
H.  O 

54  29.  57 
54  38.  91 

64-3 
53-6 

2 
4 

3-OI5 

3.  074 

+  60  26  34.  6 

—       -2    48    22.  Q 

53-7 

3 

2O.05 
2O.  OS 

1091  1 

30  Piscium     

j'  v 

A     C* 

27.    Hd.   d6    71 

70.  6 

•f 

j'  v/  ^ 
4-  3  076 

J     *T" 

—       6   4.7    31    4 

57-8 

j 

-)-    2O  OS 

10912 

Lacaille  9699   .... 

*T*   J 
6.7 

^j    J^r    f"*  /  * 

54  47-51 

62.  9 

5 

-f     J.  \J  j  \y 
3.096 

^    "T/      J  *  -  f 

-  38  40  5°-  3 

72-5 

5 

\       *"'  **J 
20.  05 

10913 

IOQI4, 

B.  A.  0.8351   .... 
85   Pegasi   ... 

6.0 

c    C 

54  52-01 

64.9 

2 
2 

3-°74 

7.  OH7 

-     3  32  44-  3 

-j-    26   2O    19.  2 

68.3 
67.9 

2 
2 

20.05 
2O.  05 

i  VJy  fc«f 

10915 
10916 

Schjellerup  9964     .    . 

J'  J 

9.  o* 
H   O 

54  55-84 
23  55    8.90 

46.9 
67  e 

5 

3.072 

4-  1  080 

-    o  21  51.  8 

54.0 

60   4. 

3 

2O.O5 
-)-    2O.  05 

IOQI7 

c1    Piscium     

J  •  ** 
7    2 

55  14.  05 

j  j 
61.4 

7 

1       j'  ^-"-'y 

3.068 

+     8  io  38.  8 

y   ^ 

7 

2O.  05 

:7     / 

I'  KJlS 

t?    Piscium     ... 

/ 
6     7. 

55  20.  41 

66.  i 

/ 

3.068 

+     7  42  28.  8 

71    4 

/ 

e 

2O  OH 

I09I9 

Rumker  11909     .    .    . 

«  J 

6.0 

55  27-54 

75-3 

8 

3.014 

+  65  19    8.8 

j    1  .    If. 
71.9 

j 

6 

*•"•  vj 

20.05 

IO92O 

Rumker  11911     ... 

7-5 

55  29.84 

75-3 

8 

3-015 

+  65  19  14.6 

75-9 

4 

20.05 

276 


CATALOGUE  OF  STARS  OBSERVED  AT  U.  S.  NAVAL  OBSERVATORY. 


Number. 

Name  of  Star. 

Magnitude. 

Mean  Right 
Ascension, 
1  860.0. 

i 

c 

rt 

<u 

•$. 

1 

•o 

6 

Annual 
Precession, 
1860. 

Mean 
Declination, 
1  860.0. 

3 
>, 

§ 

S 

1 
"o 
o 
Z 

Annual 
Precession, 
1860. 

h.  m.      s. 

s 

0           /           // 

// 

10921 

Weisse  XXIII,  1142  . 

8-7 

23  55  35-21 

6O.  2 

3 

+  3-070 

4-     5  15  20.0 

56.4 

4 

4-  20.  05 

10922 

O.  Arg.  S.  23204  .    .    . 

6.5 

55  45-97 

65-4 

4 

3-oSl 

-  20  49  41.3 

64.9 

2 

20.05 

10923 

Tr.  2.69,17     .    .    .    . 

7-6 

55  49-69 

75-6 

4 

3.089 

-  35  3'  3°-4 

73-5 

5 

20.05 

10924 

Lacaille  9701    .... 

6.2 

55  56-81 

63-9 

3 

3-083 

-  24  55  28.  I 

68.3 

2 

20.05 

10925 

Lacaille  9702   .... 

8.0 

55  59-84 

68.6 

3 

3-083 

—  25  22     6.  4 

64.7 

2 

20.05 

10926 

IOQ27 

Lament  9388    .... 
2     Ceti       

8.6 

4.  <( 

23  56  28.  70 
?6  11.  8q 

65.9 
7^.6 

2 

( 

+  3-072 

•3    O7Q 

4-     o  48  23.  o 
—  18    6  e6  4 

67.8 

C7     8 

2 

4-  20.05 
20.  os 

*^y  / 
10928 

Lacaille  9705   .... 

^   J 

6-7 

j     jj     y 
57     i-76 

/  J 

63-2 

3 

3 

3'  "/7 

3.082 

•*•           V      J            T1 

-  30  54  52-3 

3/     u 
70.4 

4 

4.V1.    VJ 
20.05 

10929 

B.  A.  €.8360    .... 

5-8 

57    9-  24 

7'-5 

3 

3-077 

-  17  j8  22.  5 

59-9 

5 

2O.05 

10930 

Lacaille  9706   .... 

6.2 

57  10.09 

65.0 

7 

3.082 

-  30     2  57.  4 

63-9 

i 

2O.05 

10931 

Lacaille  9707   .... 

7-o 

23  57  12.87 

62.8 

6 

+  3.082 

-  30    9  41.2 

64.7 

3 

+        20.05 

10932 

Lament  9392    .... 

8.2 

57  19.62 

65-7 

5 

3.072 

4-     I  29  18.  8 

67.8 

2 

20.05 

I°933 

Weisse  XXIII,  1178  . 

8.2 

57  3'-48 

59-4 

2 

3.070 

+     5  44  41-5 

53-8 

2 

20.05 

10934 

Weisse  XXIII,  1179  . 

8.0 

57  36-27 

61.7 

I 

3.072 

4-     o  45  30.  4 

61.9 

4 

20.05 

"0935 

IOQl6 

Weisse  XXIII,  1  180  . 
Anonymous  

9-o 

8.  2 

57  40.  16 

21    ?7   4.2   O7 

62.5 
66  i 

3 

2 

3-071 

4-  3  081 

4-     5  38  15-4 

-5-3      l6     Id     6 

53-8 
68.9 

2 
2 

20.  05 
4-  20.  o1^ 

*vyjv 
10937 

B.  A.  0.8364    .... 

7.0* 

J   Ji    ^    •     J 

57  43-06 

'W.    J 

74.8 

3 

i    j-  »*•»• 
3-051 

JJ     *  **     *"T-  VJ 

4-  57  45  10.4 

77-8 

2 

T              J 
20.05 

10938 

Lacaille  9713  .    .    .    . 

7.2 

57  50-91 

68.8 

2 

3.081 

-  36  47  49-  3 

70.1 

4 

20.05 

>o?39 

Weisse  XXIII,  1183  . 

7-2 

57  53-  «2 

64.6 

5 

3.072 

i   16  49.  7 

69.9 

4 

2O.  05 

10940 

Weisse  XXIII,  1186  . 

8-5 

57  59-52 

65-4 

7 

3.072 

+     i  37  10.  o 

68.4 

2 

20.05 

10941 

Lacaille  9714   .    .    .    . 

6.8 

23  58     i-44 

65-2 

3 

+  3-080 

-  33  '4  46.4 

66.2 

3 

4-  20.05 

10942 

IOQ4.1 

Lacaille  9715   .    .    .    . 
33   Piscium 

6.2 
c   O* 

58  10.  01 

eg    10.  2O 

68.9 
50.  8 

2 
IO 

3.081 

307  1 

—  39  38  16.  6 

6    2O    27    1 

63-4 

C  7     7 

3 

6 

20.05 
20.  06 

•  vyifj 
10944 

Weisse  XXIII,  1195   . 

J' 

7.0 

58    20.  40 

59-o 

4 

•  W  J 

3-074 

u  *y  •*/•  o 
-    10  23  38.  5 

JJ-  J 

58-9 

2 

20.  06 

10945 

Weisse  XXIII,  1196   . 

9.0 

S8    23.  14 

66.6 

3 

3-074 

-  10  54  24.  6 

60.6 

3 

2O.  06 

10946 

IOQ47 

B.  VI.  +57°,  2860  .    . 
86  Pegasi  

9.0 

c    e 

23    58    27.61 

cS  10  06 

69.9 

68.  5 

3 

+  3-058 

3O7O 

+  57  32  24.  i 

+     t  2     77        I     O 

68.9 

f\A     O 

2 

4-  20.06 

20.  06 

m^fyfff 

IO948 

Anonymous  

j'  j 
90 

jlj  ovy-  y^ 
cS  n  47 

60  o 

2 

•  w/w 

3OCQ 

1  ^    Jl        »»w 
+     C7     70 

"*+'  y 

20.  06 

10949 

Weisse  XXIII,  1201  . 

•  ** 

8.5* 

j     jj'  ^i 
58  48.  60 

wy.  y 

60.  3 

2 

•  ujy 
3.070 

31     J^ 

4-  12    5  42.4 

60.0 

S 

20.06 

10950 

Weisse  XXIII,  1205  . 

8.5 

58  57-74 

6l.O 

2 

3.072 

-    o  39  27.4 

54.8 

2 

20.06 

I095I 

B.  A.  0.8372    .... 

7-0 

23  58  57-  78 

66.2 

3 

+  3.062 

4-  57  39  21.2 

58-9 

3 

4-  20.06 

10952 

DM.  +  57°,  2886     .    . 

9.0 

59    o.  61 

69.8 

2 

3.060 

+  57  33 

20.06 

I°9S3 

Lacaille  9722   .... 

7.0 

59    5.21 

64.  2 

3 

3.076 

-  33  35  46-  5 

68.8 

2 

20.  06 

10954 

Weisse  XXIII,  1108  . 

8.0 

59    6.95 

60.4 

3 

3-073 

-  ii  33  29.0 

61.9 

4 

20.06 

10955 

Weisse  XXIII,  1209  . 

7-o 

59    8.  62 

65.0 

5 

3.072 

2    o  57.0 

68.4 

2 

20.06 

10956 

Weisse  XXIII,  121  2  . 

8.0 

23  59  20.93 

60.5 

6 

+  3-07= 

4-12    3    6.3 

60.0 

5 

4-  20.  06 

10957 

B.A.C.8374   .... 

6.5 

59  2i.?' 

77-  i 

5 

3.070 

+  28  14  54.  7 

72.  2 

3 

20.06 

10958 

Lacaille  9723   .... 

7.0* 

59  30-26 

72.8 

4 

3-074 

-  36  51  46.8 

70.  I 

4 

20.06 

10959 

Weisse  (2)  XXIII,  1312 

7.8 

59  36.  32 

68.8 

2 

3.070 

4-  37  5i 

.     . 

20.06 

IO960 

Lacaille  9724   .    .    .    . 

7-o 

59  39-  98 

64.6 

4 

3-073 

-  23  53    8-  i 

67.4 

2 

20.06 

I096l 

Weisse  XXIII,  1217   . 

9.0* 

23  59  4i-3' 

58.8 

2 

+  3-072 

4-  12    3  17.7 

63-4 

2 

-|-  20.  06 

IO962 

Weisse  XXIII,  1218  . 

9-o 

59  41-56 

72.2 

3 

3.072 

+     i     4  52.  6 

56.4 

2 

20.  06 

10963 

B.  A.  0.8375    •    •    •    • 

6.8 

59  45-  '7 

72.3 

4 

3-073 

-  39  39  27.2 

63-4 

3 

20.06 

IO964 

Weisse  XXIII,  1222  . 

7-8 

59  53-86 

62.0 

7 

3.072 

+    6    5  48.  5 

54-9 

2 

20.06 

NOTES  TO  THE  CATALOGUE. 


[These  notes  refer  to  the  mistakes  in  the  second  edition  and  the  changes  that  have  been  made.     The  numbers  in  the  notes  refer 

to  this  edition.] 


New  number. 


23 
25 
46 

5° 

83 

104, 105 
116 

120,  125 

153, 162 

161 
178 
196 


200,  201 

212 

216 

221 

22S,  226 
3OI 
3'9 

339 
344 

345 
348 
349 
373 
394 

452 

459.  46o 
476, 477 


Old  number. 


22 
24 

45 
55 
82 
103, 104 

"5 
119 

150',  159 
158 
'75 
193. '97 


198,  199 

210 
214 

218 

221',  221' 
293 


331.341 

336,  337 

329 

341,342 
340,  342 
366 
378,  388 

443 

45°.  45' 
467.47I' 


Remarks. 


This  star  is  incorrectly  numbered  in  Weisse. 

This  star  is  incorrectly  numbered  in  Weisse. 

Mistake  of  5°  in  copying  in  former  edition. 

Mistake  of  3°  in  copying  in  former  edition. 

Weisse  seems  to  be  about  3'  wrong.     See  Schjellerup  62  and  Bonn  VI  -f-  2°,  18. 

Right  Ascensions  are  incorrectly  reduced. 

For  proper  motion  see  Bonn  VII,  page  47. 

Right  Ascension  and  Declination  belong  to  different  stars.     The  latitude  correction  was 

also  applied  with  the  wrong  sign. 
Both  Declinations  belong  to  the  latter  star. 
Weisse's  Right  Ascension  is  I™  too  small. 
For  the  two  numbers  in  Riimker  read  54. 

The  latter  observation  was  probably  over  set  C,  D  and  E,  instead  of  B,  C  and  D,  as  re- 
corded.    This  change  would  make  the  Right  Ascensions  agree  tolerably  well.     The 

Declination  is  only  approximate. 
Magnitudes  and  Declinations  are  interchanged. 
Mistake  of  sign  in  copying  Declination. 
The  zones  seem  to  be  in  error  about  40"  in  Declination  from  observations  with  the 

Equatorial.     The  magnitude  is  also  copied  wrong. 

This  position  agrees  with  Gould's  zones  oh,  624.     Magnitude  copied  wrong. 
Declinations  approximate. 
This  star  seems  to  have  a  large  proper  motion. 
Bessel's  Right  Ascension  seems  to  be  about  16'  too  large,  probably  observed  over  wrong 

wire.     Yarnall's  position  agrees  with  DM.  -f-  25°,  93. 

The  Right  Ascension  of  the  former  and  the  Declination  of  both  belong  to  this  star. 
The  Right  Ascension  of  the  former  and  the  Declination  of  the  latter  belong  to  this  star. 

The  other  co-ordinates  are  approximate. 

Weisse's  Right  Ascension  is  lm  too  small.     This  was  changed  iln. 
The  R  ght  Ascension  of  the  former  and  the  Declination  of  the  latter  belong  to  this  star. 
The  Right  Ascension  of  the  latter  and  the  Declination  of  the  former  belong  to  this  star. 
For  proper  motion  see  Bonn  VII,  page  49. 
The  former  observation  was  reduced  from  1870.0  to  1 860.0  and  the  wrong  sign  applied 

in  Right  Ascension.     It  should  be  oh  40""  27". 24. 
Differs  about  i'  from  Weisse.     The  observation  is  correct. 
Observed  as  one  star  in  Declination. 

Five  of  the  observations  in  Right  Ascension  belong  to  the  former  star  and  five  to  the 
litter.     Observations  in  Declination  are  interchanged. 

277 


NOTES  TO  THE  CATALOGUE, 


New  number. 


484 
492 
593. 622 

594 
646 

654 
682, 686 

752 
756 

762 

786 

788, 838 
864, 865 
869 
872 
878 


955 
967 
970 
978 
997.U53 


999 
1015 
1063 
1065, 1066 

1075 
1081 
1128, 1133 


1141 
"53 


1165 
1169, 1170 


Old  number. 


469 

482 

549 
590 

582 
630 

637' 
664, 668 

728 
73' 

737 

761 

763,811 
837.838 
841,843 
845, 847 


928 

549. 940 
937 
95° 
968,  1116 


970 

986 

1032 

«°33' 

1041' 
1047 
1091 
1103 


1104 
968,  1116 


1128 
"32,1133 


Remarks. 


The  Right  Ascension  was  correctly  observed,  but  apparently  decreased  im  to  agree  with 

Weisse's  position,  which  is  I™  wrong. 
Weisse's  Right  Ascension  is  I1"  too  small. 
This  observation  is  ih  wrong  and  corresponds  with  967. 
Right  Ascension  and  Declination  belong  to  different  stars,  the  given  Right  Ascension 

also  being  im  wrong  for  the  former  star. 
For  proper  motion  see  Bond  VII,  page  50. 
There  was  a  mistake  of  5°  in  copying. 

Mistake  in  the  computation  of  precession  in  Right  Ascension. 
The  Declination  of  the  former  belongs  to  the  latter  star,  the  computed  place  being  that 

for  1850.0.     Declination  of  former  star  not  observed. 
Weisse's  Declination  is  i'  wrong. 
The  mean  of  three  observations  has  been  taken  in  Declination,  although  the  range  is  20". 7. 

The  notes  read  "  excessively  faint." 
Daily's  Right  Ascension  is  about  27"  too  small.     See  Bonn  VII,  page  214.     For  proper 

motion  see  Bonn  VII,  page  51. 

Weisse's  Right  Ascension  is  ira  too  small.     See  Positiones  Emendate. 
For  proper  motion  see  Bonn  VII,  page  51. 

Both  Right  Ascensions  belong  to  4  Arietis,  and  the  positions  are  interchanged. 
Both  Declinations  belong  to  the  same  star,  the  former  of  which  is  I  revolution  wrong. 
Declination  of  both,  although  differing  14",  belong  to  t..e  same  star. 
The  Right  Ascension  is  incorrectly  reduced.     It  belongs  to  this  star.     The  Declination 

is  uncertain.     If  it  belongs  to  872  the  setting  must  be  changed  5'  and  2  revolutions ; 

if  to  876  it  must  be  changed  5'  and  I  revolution,  making  the  Declination  +13'  39' 

9". 9     It  may  be,  however,  a  faint  anonymous  star. 
The  sign  of  the  Declination  was  copied  wrong. 
The  Right  Ascension  of  the  former  is  Ih  wrong. 

Right  Ascension  copied  wrong.     See  Washington  Observation  for  1868,  page  369. 
Weisse's  Right  Ascension  is  Im  too  small. 

One  Declination  of  the  former  observation  is  incorrectly  reduced.     The  other  observa- 
tion was  made  on  the  Prime  Vertical  on  January  4,  1849,  and  the  Right  Ascension 

not  reduced  but  recorded  about  2om  wrong.     It  belongs  to  the  latter  star. 
Approximate  Declination  deduced  from  an  Equatorial  observation. 
For  proper  motion  see  Bonn  VII,  page  52. 
The  Declination  is  i'  wrong  in  the  second  edition. 
The  Right  Ascension  and  Declination  belong  to  different  stars.     The  Right  Ascension 

of  the  former  was  reduced  but  not  copied. 
Differs  I'  from  Weisse. 
Weisse's  Right  Ascension  is  IO"  too  great. 
Right  Ascension  and  Declination  belong  to  different  stars. 
The  Right  Ascension  is  incorrectly  reduced,  and  it  is  doubtful  whether  the  same  star 

was  observed  East  and  West  of  the  meridian.    See  Prime  Vertical  Observations  1846, 

page  306. 

Precession  in  Right  Ascension  computed  wrong. 
There  are  three  observations  of  this  star  in  Declination.     The  other  observation  was 

made  on  the  Prime  Vertical  January  4,  1849,  about  20"'  wrong  in  Right  Ascension. 

See  note  to  997. 

The  zones  are  reduced  I"  wrong  in  Right  Ascension. 
The  Declination  of  both  stars  was  observed. 


NOTES  TO  THE  CATALOGUE, 


279 


New  number. 


Old  number. 


Remarks. 


1188 
1196 
1256 
1287 

'32S. '327 
'329     . 
"332 

'333 

"334 

I3S5 

'356 

'357 
'358 
1382 

1388 
'392 

1416 

'433.  '434 
1469 


i  .+82 
1490 


1497 
1512 
1566 
1578 
1581 

1582 
1584 
1585 
1586 
1606 


"34 
1152 
1160 

I2l8 

'259 

1285,  1287 

1289 

1292 

1292' 
1293 

'3'3 
1314 

ij'4' 

1315 

'338 

'344.  '345' 
'342 


1385,  1386 


1423 


1441.1492 


1462,  1462' 

1515 
1526 

1529 

'53° 

1532,1533 
'534- '535 
'539 
'557-1559 


It  is  not  certain  whether  this  observation  belongs  to  1169  or  1170. 

This  observation  differs  3'  from  Weisse. 

For  proper  motion  see  Bonn  VII,  page  55. 

Precession  in  Right  Ascension  computed  wrong. 

The  setting  Circle  seemed  to  be  15'  wrong  for  all  the  stars  during  the  night;  it  was 

corrected  for  all  the  other  stars.     The  Right  Ascension  is  also  Im  too  great. 
The  Declinations  of  both  belong  to  the  latter  star.     The  former  is  approximate. 
Declination  approximate. 
Lalande  5490  and  5496  are  observations  of  the  same  star.     See  Bonn  VII,  page  215. 

For  proper  motion  see  Bonn  VII,  page  56. 
Weisse's  Right  Ascension  is  18'  too  great. 
There  is  a  mistake  of  2'  in  reducing  to  1 860.0.    Observations  December  14,  1854,  and 

December  23,  1868. 
This  is  probably  O.  Arg.  S.  2007.     Argelander  is  probably  10'  wrong  in  Declination, 

and  should  be  —  23°  43'  50". 5.     Oeltzen  is  also  copied  10°  wrong. 
One  observation,  that  of  November  30,  1866,  has  been  changed  I  revolution.     Result- 
ing Declination  is  correct.     Compared  on  the  Equatorial  with  1354. 
Oeltzen's  Declination  is  too  small  by  i8".7.     See  Bonn  V,  page  viii. 
Estimates  of  magnitudes  vary  from  6.0  to  8.0. 
Differs  I'  from  Weisse.     The  star  in  first  edition  called  Weisse  30  is  Weisse  26,  reduced 

lo8  wrong. 

These  observations  belong  to  the  same  star. 
The  Right  Ascension  is  im  too  small.     The  recorded  times  are  inconsistent,  but  5™  is 

undoubtedly  correct. 
This  position  differs  from  Lacaille  18"  and  6'.     This  result  agrees  with  Stone  and 

Gould. 

Observed  as  one  star  in  Declination. 

This  was  supposed  to  be  Melpomene  on  January  24,  1864. 
This  was  probably  Melpomene,  for  it  was  never  afterwards  seen  in  that  place.     It  was 

observed  on  set  E  and  not  corrected  for  motion.     Its  position  was  3h  19""  27'.34 

+  5°  i',  January  25,  1864. 

This  was  observed  for  Melpomene  on  January  27,  1864. 
The  latter  observation  was  recorded  10°  wrong  in  Declination,  and  Im  wrong  in  Right 

Ascension;  it  was  also  reduced   10™  wrong;   1490  was  undoubtedly  observed.     The 

note  in  the  observing  book  for  December  21,  1870,  says  :    "Another  star,  somewhat 

brighter,  follows  "  ;  it  was  O.  Arg.  S.  2302.    The  star  observed  was  DM.  —  18°,  617. 

The  observing  list  also  shows  that  this  is  the  star  that  was  observed  on  that  date. 
This  star  was  observed  for  Melpomene  on  January  29,  1864. 
These  observations  belong  to  the  same  star,  the  former  being  recorded  I  °  wrong. 
The  magnitude  was  only  observed  twice,  and  recorded  4.5  and  6.O. 
This  observation  was  reduced  wrong  in  Right  Ascension. 
This  observation  was  reduced  wrong.     The  transits  across  different  wires  vary  as  much 

as  3'. 

The  reduced  transits  vary  as  much  as  2". 
This  star  is  not  Riimker  N.  F.,  but  Riimker. 
Both  observations  belong  to  the  same  star. 

The  transits  were  observed  over  sets  B  and  C,  and  not  A  and  B,  as  reduced. 
These  observations  all  belong  to  the  same  star. 


s8o 


NOTES  TO  THE  CATALOGUE, 


New  number. 


1607 


1611 

1612,  1614 

1638 

1641 

1642 

1667 

1676 

1687 

1695 

1706 

1707 

1709 
1711 

1714 
1724 

1732 
1742 

I7SI 
1768 

1772 
1788 
1791,1794 

1797 
1806 
1810 
iSn 
1828 

1829, 1830 
1836 
1846 
1859-1861 

1862 
1866 
1870 
1906 


Old  number. 


1560,  1561 


1565,  1566 
1568,  1570 
1591 
IS73 

I521.  '594 
1617,  1630 
1536,  1626 
1637,  1638 

1645 

1655,  1660 

1656,  1661 

1658 
1662 

1665,  1666 
1676,  1677' 

1686 
1694 

1703 
1721,  1722 

1714 

'743,  1745' 
1748 

'757 
1761 
1762, 
1776,1777 


1784 

'795 

i  807  '-i  809 

1810,  1811 

1813 
1850 


Remarks. 


These  observations  belong  to  the  same  star.     For  the  former  observation  the  difference 

of  micrometer  reading  with  the  comparison  star  was  applied  with  the  wrong  sign.     If 

this  were  combined  with  the  following  observation  the  Right  Ascension  would  be  3h 

37™  iS'.so  and  Declination  -f-  23°  53'  4o".5.      There  was  also  another  Declination 

observation  in  1864. 

These  observations  belong  to  the  same  star. 
For  proper  motions  see  Bonn  VII,  page  58. 

This  observation  was  probably  compared  at  wire  3  and  not  at  wire  4,  as  recorded. 
The  Right  Ascension  is  Pn  too  small. 

These  two  observations  are  the  same,  identically,  the  former  being  copied  3m  wrong. 
The-latter  observation  seems  to  have  been  copied  25s  wrong  in  Right  Ascension. 
These  two  observations  are  the  same,  identically,  the  former  being  copied  3'"  wrong. 
Both  observations  belong  to  the  same  star. 
Right  Ascens  on  reduced  wrong. 
These  observations  belong  to  the  same  star,  the  latter  being  incorrectly  reduced  to  mean 

place. 
These  observations  belong  to  the  same  star,  the  latter  being  incorrectly  reduced  to  mean 

place. 

The  Declination  was  recorded  wrong.     It  was  observed  on  the  same  setting  as   1728. 
Right  Ascension  incorrectly  reduced. 

These  observations  belong  to  the  same  star.     They  are  incorrectly  reduced. 
These  observations  belong  to  the  same  star.     The  former  one  was  observed  on  the  same 

setting  as  1714. 

This  star  was  incorrectly  reduced  in  both  Right  Ascension  and  Declination. 
Differs  3s  from  Argelander,  but  agrees  with  Gould. 
Differs  12"  from  Argelander,  but  agrees  with  Gould  and  Stone. 
These  observations  1-elong  to  the  same  star.      The  micrometer  equivalent  (ig".ji)  for 

the  former  observation  was  applied  with  the  wrong  sign. 
Right  Ascension  I111  wrong.     The  Declination  was  also  computed  l'  wrong. 
This  observation  was  omitted  in  the  former  editions. 
Both  Declinations  belong  to  the  former  star. 

This  star  is  also  Transit  Zones  157,  21,  which  is  evidently  Im  wrong. 
Weisse's  Right  Ascension  is  about  6'  too  large.     See  Corrigenda. 
Weisse's  Right  Ascension  seems  to  be  about  io»  too  large. 
Argelander  is  i'  wrong  in  Declination.     See  Bonn  VI,  page  [13]. 
Both  Right  Ascensions  belong  to  the  same  star.   -  The  former  Right  Ascension  was 

reduced  with  the  wrong  Declination  argument. 
Observed  as  one  star  in  Declination. 

Observed  for  1833.     I™  late.     Mistake  in  second  edition. 
Argelander's  place  must  be  corrected  3  or  4  seconds.     See  note  in  Zones. 
Declinations  of  the  first  and  last  of  these  belong  to  the  middle  star.     Declination  of  the 

middle  one  belongs  to  the  first  star.     The  last  not  observed. 
Both  observations  belong  to  this  star. 
The  observation  was  not  copied  in  the  annual  volume. 
Right  Ascension  recorded  im  wrong. 
One  wire  recorded   I"  wrong.      The  two  observations  disagree  by  nearly  I".      Yarnall 

changed  one  of  the  observations  I".      I  have  assumed  that  the  other  observation  was 

]•  wrong,  and  this  mean  closely  agrees  with  Gould  and  Stone. 


NOTES  TO  THE  CATALOGUE, 


New  number. 


1936 

1951 
1972 

1991 

2OIO 
2028 
2087 
2088 

2089 
2090 

2092 


2093 
2CK)4 
2095 

2103 


2126 
2131 
2151 

2l6o 
2173,2175 

2177 
2179 

2181 
2189 
2196,  2197 

2198 
2226 
2229 


Old  number. 


i878'-i88o 

1894 
1915 

193" 

195° 
1968 

2024,  2026 
2026,  2027 

2°33 

2028, 2029 
2029-2030 
2032 
2030,  2032 


2034 

2027,  2035 
2036 

2043',  2043' 
2059, 2063 


2063, 2066 

2070' 

2090 

2098 


2113 
2115, 2116 

2IlS 
2126 
2133,2134 

2135.2139 

2164 

2168 


Remarks. 


These  observations  all  belong  to  the  same  star.    The  revolutions  for  the  first  not  recorded, 

and  reduced  7  revolutions  wrong.     The  middle  observation  was  reduced  5'  wrong. 
There  was  another  observation  of  this  star  not  recorded. 
Not  in  DM.     There  is  a  star  in  the  DM.  which  has  the  same  Right  Ascension  and  i°  S., 

but  these  observations  are  entirely  consistent,  and  no  doubt  correct. 
There  is  another  observation  on  January  25,  1875,  which  disagrees  about  12".  .   Note 

says  very  faint. 

Reduced  from  1870.0  to  1 860.0,  with  the  wrong  sign  in  Declination. 
For  proper  motion  see  Bonn  VII,  page  60. 

Right  Ascension  of  the  latter  and  Declination  of  the  former  belong  to  this  star. 
The  Right  Ascension  of  the  second  and  set  A  of  the  last,  the  Declination  of  the  first, 

and  another  observation  in  1869,  belong  to  this  star. 

Right  Ascension  of  both  and  Declination  of  the  former  belong  !o  this  star. 
Right  Ascension  of  the  middle  two  and  Declinations  of  the  first  and  last,  with  another 

observation  in  1875,  recorded  im  wrong,  belong  to  this  star. 
Right  Ascension  of  the  middle  one  and  Declinations  of  the  first  and  last  belong  to  this 

star. 
This  Right  Ascension  is  incorrectly  reduced.      It  was  observed  over  sets  A  and  E,  the 

first  of  which  belongs  to  2088  and  the  other  to  2095,  which  has  already  been  included 

in  the  three  observations. 

There  was  another  observation  of  this  star  in  Right  Ascension  in  1 869,  incorrectly  reduced . 
Right  Ascension  of  the  latter  and  Declination  of  the  former  belong  to  this  star. 
There  appears  to  be  another  observation  of  this  star  on  February  16,  1873,  recorded  3 

revolutions  wrong.     The  observed  time  agrees  exactly. 
Both  observations  belong  to  the  same  star.    The  former  was  recorded  2  revolutions  wrong, 

and  not  put  down  in  the  Catalogue. 
The  Right  Ascension  of  the  latter  star  deduced  from  transits  over  wires  II— VI.      The 

transits  were  probably  observed  over  wires  I-V.      On  this  hypothesis  the  deduced 

Right  Ascension  becomes  4h  44"'  48". 79,  agreeing  with  former. 
Right  Ascension  of  the  latter  and  Declination  of  both  belong  to  this  star. 
Declination  approximate. 
Argelander  is  i'  wrong  in  Declination.     These  results  agree  with  each  other  and  also 

with  Gould. 
Mean  Year  in  Right  Ascension  was  intended  for  61.6,  but  another  observation  was  made 

in  1877. 
Right  Ascension  and  Declination  belong  to  different  stars.     The  other  co-ordinates  were 

observed  but  not  published. 
Declination  approximate. 

Both  observations  belong  to  the  same  star.    Declination  of  the  latter  was  recorded  wrong. 
Differs  about  8'  from  Lacaille  in  Declination. 
Declination  recorded  wrong. 
Right  Ascension  of  both  belong  to  the  first  star.     One  Declination  was  set  1°  wrong, 

and  therefore  another  star  was  observed. 
Both  observations  belong  to  the  same  star.     The  latter  was  incorrectly  reduced  to  mean 

place. 
Not  in  DM.     It  is  undoubtedly  correct.     Observed  on  Equatorial  February  2,  1888.     Is 

it  variable  ? 
The  four  observations  in  Declination  have  a  range  of  about  g". 


282 


NOTES  TO  THE  CATALOGUE, 


New  number. 


Old  number. 


Remarks. 


2231,2232 
2240 

2242 
2261 
2271 
2281 
2286 

2288 
2299 

2303 
2309 

2315 
2319 

2320 
2321 


2326 

2327,  2328 
2329 


2334 
235° 


2361 


2386 
2389 


2391 
2424 
2426 

2435 
2439 


2170 

2178,2187 

2180 

2220 
2209 
2219 
2222,2225 

2227 
2234 

2242 

2247' 

2253 

22S6' 

2257,  2262 
2257',  2262' 


2262' 
2263,  2264 
2264',  2265 

2272' 

2269 

2286 


2297,  2298 


2311 

2325, 2325' 


2327 

2360',  2363' 

2361',  2362' 

2370 
2373 


Right  Ascension  and  Declination  belong  to  different  stars.  Observed  on  Equatorial 
March  12,  1877.  Argelander's  two  observations  differ  I"  and  2'  from  2232. 

Both  observations  belong  to  the  same  star,  the  latter  being  recorded  iln  wrong,  but  there 
are  only  thirteen  observations  altogether  in  Right  Ascension. 

Weisse's  Right  Ascension  is  about  i6s  too  large.      See  Positiones  Emendatse. 

There  is  a  mistake  of  i'  in  reducing  to  1 860.0. 

Mistake  of  sign  in  Declination. 

Weisse's  Right  Ascension  is  1 6"  too  large.     See  Positiones  Emendatae. 

The  former  observation  was  copied  20"  wrong.  Both  observations  belong  to  the  same 
star. 

Declination  in  the  zones  uncertain.     This  position  agrees  with  Gould  V,  473. 

Right  Ascension  copied  im  wrong.  There  were  two  observations  of  this  star  in  1849, 
and  only  the  wrong  one  was  copied. 

Weisse's  Right  Ascension  is  about  12'  too  small.     See  Positiones  Emendatse. 

Declination  approximate. 

Declination  was  observed  on  the  Prime  Vertical  on  February  22,  1850,  and  belongs  to 
Weisse  (2)  V,  748,  whose  Right  Ascension  is  5h  26™  6".  It  is  incorrectly  reduced. 

There  was  another  observation  of  this  star  in  Declination  on  January  24,  1874,  incorrectly 
reduced.  On  page  185,  Washington  Observations  for  1874,  Apparent  Zenith  Distance 
should  be  North. 

Right  Ascension  of  both  and  Declination  of  the  former  belong  to  this  star,  the  latter  ob- 
servation being  recorded  Im  wrong. 

Right  Ascension  of  the  former  and  Declination  of  both  belong  to  this  star.  In  Wash- 
ington Observations  for  January  24,  1874,  page  185,  the  zenith  distance  of  the  latter 
should  be  North,  and  belongs  to  the  former  star. 

No  Declination  of  this  star  observed.     See  previous  note. 

Observed  as  one  star  in  Declination. 

Right  Ascension  of  both  and  Declination  of  the  former  belong  to  this  star.  Declination 
of  the  latter  belongs  to  Weisse  V,  763  and  764,  which  is  incorrectly  reduced. 

Mistake  in  reducing  to  1860.0.     Declination  approximate. 

Declination  recorded  wrong. 

There  is  no  such  observation  in  Right  Ascension.  The  given  Right  Ascension  arose 
from  a  mistake  in  the  reduction  of  2355.  It  was  afterwards  corrected,  but  not  erased 
from  the  results. 

Right  Ascensions  of  both  belong  to  this  star.  The  observing  books  show  that  the  set- 
ting was  — 13°  19'  for  all  the  observations  but  one,  and  that  one  was  written  in  ink 
and  probably  copied. 

There  is  a  mistake  of  im  in  reducing  to  1860.0. 

Both  observations  belong  to  the  same  star.  There  are  only  three  observations  in  Right 
Ascension,  January  31,  1861,  January  31,  1876,  and  February  2,  1877.  The  last  one 
has  not  been  copied. 

The  Right  Ascensions  of  Lalande  10575  and  10590  are  interchanged  in  Lalande.  See 
Bonn  VII,  page  214. 

Right  Ascension  of  the  former  and  Declination  of  both  belong  to  this  star,  the  Declina- 
tion of  the  latter  being  only  approximate. 

Both  observations  belong  to  the  same  star.  There  was  a  mistake  of  2"  in  the  reduction 
of  the  latter,  and  also  o'.j  in  reducing  from  1877.0  to  1860.0. 

For  proper  motion  see  Bonn  VII,  page  62. 

Mistake  in  copying  precession  in  Right  Ascension. 


NOTKS  TO  THE  CATALOGUE, 


New  number. 


2446 

2448 

2449 

2470,2471 

2489 

2490 

2500 
2511 
25H 
25>5 
2516 

2528,2540 
253° 
2537 
2540 

2543,  2544 

2578 


2594 
2602 
2610 

2626 

2634 

2636 

2661,2662 

2665 


2671 
2676 
2689 
2692 
2705 
2710 

2711 

2712 
2729 

2743.2756 


2761,2775 
2785, 2786 


Old  number. 


2378, 2382 
2381 
2382 

2404, 2405 
2423 
2424,  2437 

2434 
2447, 2448 

2448,  2452 
2453.  2456 

2449.  2454 

2478 
2468 

2475 
2478 

2481,2482 
2517,2518 


2630' 

2538 
2540,  2546 

2560' 
2568, 2569 
2569 

2594,  2595 
2598 


2603 
2609 
26-23 

2635' 
2639,  2642 

2641,2643 

2644 
2661 

2675 


2691',  2704 
2714 


Remarks. 


Right  Ascension  of  both  and  Declination  of  the  former  belong  to  this  star. 

Right  Ascension  differs  from  zones  about  I'-S,  but  agrees  with  Gould  V,  1460. 

Right  Ascension  approximate.     See  previous  note. 

Magnitudes  and  Declinations  are  interchanged.     Two  mistakes  have  been  corrected. 

There  was  a  mistake  of  I"  in  taking  the  mean. 

Right  Ascension  of  the  former  and  Declination  of  both  belong  to  this  star.     There  was 

also  a  mistake  of  10"  in  one  of  the  observations. 
Mistake  of  10'.     Observed  on  same  setting  with  2516.     See  note. 
Right  Ascension  of  both  and  Declination  of  the  former  belong  to  this  star. 
Right  Ascension  of  the  latter  and  Declination  of  both  belong  to  this  star. 
Right  Ascension  of  the  former  and  Declination  of  both  belong  to  this  star. 
Right  Ascension  of  the  latter  and  Declination  of  both  belong  to  this  star,  the  latter 

being  read  10'  wrong. 

This  observation  belongs  to  different  stars.     There  is  also  a  mistake  of  Im. 
Declination  approximate. 

There  is  a  mistake  of  about  30"  in  Baily's  Lalande.     See  Bonn  VII,  page  218. 
There  was  no  Declination  of  this  star  observed.     See  previous  note. 
Observed  as  one  star  in  Declination. 
Both  observations  belong  to  the  same  star.     There  is  a  mistake  of  3  revolutions  in  the 

latter  observation  on  February  2,  1868;  revolutions  recorded  both  26  and  29,  the 

former  being  correct. 
Differ  I"  from  Oeltzen. 

Oeltzen's  Right  Ascension  must  be  increased  10".     Mistake  in  reducing  Argelander. 
Both  observations  belong  to  the  same  star.     The  minute  of  the  former  is  queried  in 

observing  book. 
Declination  approximate. 

Right  Ascension  of  both  and  Declination  of  the  former  belong  to  this  star. 
Right  Ascension  not  observed.     See  previous  note. 

The  Right  Ascensions  and  Declinations  of  these  two  stars  are  interchanged. 
This  observation  was  intended  for  Lalande  12053,  but tne  Circle  was  set  10°  wrong.     It 

has  been  re  reduced,  and  corresponds  to   Leiden  Zones  156,  71.     Right  Ascension 

approximate. 

Circle  set  10°  wrong.     It  has  been  recomputed      Right  Ascension  approximate. 
Declination  approximate. 

One  observation  was  2*  wrong  in  Right  Ascension  and  the  other  changed  2". 
This  observation  was  not  copied  in  the  annual  volume. 
Declination  approximate. 
Both  observations  belong  to  the  same  star.     One  observation  of  the  former  recorded  Im 

wrong  and  the  other  changed. 
Both  observations  belong  to  the  same  star.     One  observation  of  the  former  recorded  I1" 

wrong  and  the  other  changed. 

There  was  another  observation  in  1869,  which  was  IO8  wrong. 
Right  Ascension  approximate. 
Right  Ascension  and  Declination  belong  to  different  stars.     Baily's  position  for   the 

former  is  4°  wrong  in  Declination.     See  Bonn  VII,  page  219.     YarnalPs  Declination 

belongs  to  the  latter  star,  which  is  incorrectly  reduced. 
Declinations  approximate. 

Right  Ascension  and  Declination  belong  to  different  stars,  as  shown  by  the  Circle  set- 
ting for  Right  Ascension  in  Transit  observations. 


284 


NOTES  TO  THE  CATALOGUE, 


New  number. 


2794 
2805 


2827 
2828 


2829 
2837 
2843 

2845 

2846 
2847 


2849 
2854 
2856 


2862 
2865 
2866 

2870 


2871 

2875 
2882 
2902 
2907 
2909 
2931 


2932, 2933 


2936 
2945 
2954 


Old  number. 


2722 
2733 


2755.2756 
2757 


2758 
2768 
2774, 2776 

2760,  2776, 
2777 

2760,2777 
2779 


2780 

2771,2785 
2787 
2789 


2787, 2793 
2797 

2796, 2797 
2798 
2802 


2803, 2804 

2808 

2815' 

2833' 
2838, 2840 
2837, 2842 
2865 


2862,  2863 


2856',  2867 

2876 

2885 


Remarks. 


Lament's  observation  is  copied  ic/  wrong  in  Declination. 

This  is  also  Mural  Zones  231,  21,  both  of  which  are  evidently  im  too  great  in  Right 
Ascension.  This  observation  is  recorded  on  the  Chronograph,  and  also  agrees  with 
Gould's  zones. 

Both  observations  belong  to  this  star.  The  former,  by  mistake,  was  recorded  5°  wrong. 
When  properly  reduced  the  Right  Ascension  becomes  6h  43™  49". 68. 

One  observation  in  Right  Ascension,  which  belonged  to  this  star,  was  credited  to  the 
following  star,  being  reduced  with  the  following  Declination.  It  was,  however,  ob- 
served on  the  same  setting  as  the  preceding  star. 

See  preceding  note. 

Declination  approximate. 

There  was  a  mistake  of  lo"  in  taking  the  mean  in  the  former  observation,  and  both 
Declinations  belong  to  the  same  star. 

The  Right  Ascension  of  the  middle  observation  and  the  Declinations  of  the  other  two, 
which  are  wrongly  combined,  belong  to  this  star. 

These  Declinations  have  been  wrongly  combined.     See  preceding  note. 

The  records  and  reductions  are  consistent,  and  apparently  correct.  The  result,  how- 
ever, is  I  revolution  different  from  Argelander,  Gould,  Mural  zones,  and  Transit 
zones,  which  closely  agree.  The  Declination  has  therefore  been  changed  I  revolu- 
tion =  3i//.3. 

Right  Ascension  approximate.     Deduced  from  Gould. 

Both  Right  Ascensions  belong  to  this  star,  the  former  being  recorded  2ra  wrong. 

No  Declination  observed.     Given  Declination  belongs  to  2862. 

It  is  not  known  to  what  star  the  given  Right  Ascension  belongs,  for  this  and  the  follow- 
ing star  are  not  more  than  7s  apart  in  Right  Ascension,  although  they  appear  to  have 
been  observed  9"  apart  in  1877.  They  are,  however,  probably  different  stars. 

Right  Ascension  of  the  latter  and  Declination  of  botli  belong  to  this  star. 

This  was  observed  for  the  next  star,  and  set  10°  wrong. 

The  first  Declination  is  correct,  the  second  reduced  10°  wrong,  and  the  last  i°  wrong. 
Resulting  Declination  should  be  —  28°  46'  22". 2. 

This  is  No.  8656  in  Gould's  General  Catalogue,  and  probably  Mural  Zones  231,28, 
where  the  transits  should  be  over  wire  IV,  instead  of  V,  and  the  Right  Ascension  of 
the  zones  must  be  decreased  about  1 8". 

Both  observations  belong  to  the  same  star,  the  former  being  reduced  10°  wrong;  the 
former  Declination  properly  reduced  becomes  —  28°  51'  32". 3. 

For  proper  motion  see  Bonn  VII,  page  63. 

Declination  approximate. 

Right  Ascension  approximate. 

Right  Ascension  of  both  and  Declination  of  the  latter  belong  to  this  star. 

Right  Ascension  of  the  latter  and  Declination  of  both  belong  to  this  star. 

Given  Right  Ascension  should  be  7h  im  473.68,  and  belongs  to  a  star  whose  Declination 
is  probably  —  25°  49'±  as  determined  from  an  Equatorial  observation  on  March  6, 
1888.  There  was  a  mistake  of  io8  in  reduction. 

Stone  identifies  the  former  with  Lacaille  2623.  Yarnall  identifies  the  latter  with  the 
same  star.  Lacaille  probably  made  a  mistake  of  im  ingress  or  egress,  and  2927 
probably  corresponds  with  Lacaille.  See  also  Gould's  General  Catalogue. 

Right  Ascensions  of  both  belong  to  this  star,  the  former  being  im  wrong. 

There  was  a  mistake  of  i'  in  reducing  to  1 860.0  or  in  copying. 

On  January  25,  1870,  revolution  recorded  26  belongs  to  the  second  star. 


NOTES  TO  THE  CATALOGUE. 


New  number 


2956 
2957, 2963 

2958 
2967 

2970 
2992 

2997 
3011 


3019 
3021 
3022 


3024 
3026 
3029 
3°44 

3059,  3060 
3°77 
3'°9 
3119, 3122 

3120 

3121 
3122 

3125 
3'34 
3I7S 
3182 

3-87 

3192 
3196 

3228 

3244 


Old  number. 


Remarks. 


2886,  2889 
2895 

2890 
2899 

2902,  2903 
2922, 2925 

2940' 
2938, 2943' 

2949 


2952,  2953 


2955,2957, 
2960 

2961,  2962 
2962 

2966,  2975 
2982 


2995. 
3004 
3042 
3°55 


3°53,.3°54 

3°53 
3°55 

3065 

3106 
3108,3115' 

3115,3120 

3125 
313° 

3161 
3181 


Right  Ascensions  of  both  belong  to  this  star.     Revolution  of  first  star  is  probably  29. 

Time  recorded  im  wrong  for  the  given  Declination,  and  the  Declination  wrong  for  the 
given  Right  Ascension. 

Reduction  from  1870.0  to  1860. o  was  applied  with  the  wrong  sign. 

The  mean  place  for  1870.0  in  the  observations  for  1869  is  copied  3"  wrong,  and  3  wires 
out  of  II  on  January  5,  1870,  are  recorded  10*  wrong. 

It  is  assumed  that  the  latter  observation  was  I  revolution  wrong  in  Declination. 

Both  observations  belong  to  the  same  star.  Time  recorded  15'  wrong  for  former  ob- 
servation. 

Time  recorded  im  wrong. 

Right  Ascension  of  the  former,  which  is  recorded  45'  wrong,  and  Declination  of  the 
latter  belong  to  this  star. 

There  is  no  such  star  in  this  place.  It  was  probably  observed  for  DM.  -j-  41°,  1638,  on 
March  21,  1846.  There  seems  to  be  a  number  of  mistakes  on  that  day,  but  they 
have  not  been  collected  in  the  Catalogue. 

The  former  star  was  reduced  to  mean  place  in  Declination  with  the  wrong  argument. 

The  first  was  reduced  I  revolution  wrong,  and  the  last  is  the  apparent  place  for  1858.2. 

The  Right  Ascension  of  the  middle  observation  and  the  Declination  of  the  first  and  last 
belong  to  this  star;  the  first  Declination  is  the  apparent  place  for  1858.2,  and  the  last 
is  copied  i°  wrong. 

Right  Ascension  of  both  and  Declination  of  the  former  belong  to  this  star. 

No  Right  Ascension  of  this  star  observed.     See  preceding  note. 

Right  Ascension  of  both  observations  belong  to  this  star,  the  latter  being  im  wrong. 

The  mean  of  two  observations  in  Right  Ascension  and  two  in  Declination  gives  the 
magnitude  8.0. 

The  Declinations  of  these  two  observations  are  interchanged. 

Mistake  of  im. 

Mistake  of  14°  in  copying. 

Observed  Right  Ascension  and  Declination  belong  to  different  stars,  the  Declination 
being  reduced  5  revolutions  wrong.  Setting  for  the  other  star  5°  different. 

Right  Ascension  of  both  and  Declination  of  the  latter  belong  to  this  star,  the  Right  As- 
cension 6f  the  former  being  reduced  with  the  wrong  argument. 

The  Declination  of  this  star  only  was  observed.     See  preceding  note. 

The  Right  Ascension  belongs  to  this  star,  the  Declination  being  recorded  about  5°  wrong, 
as  shown  by  wire  intervals. 

The  two  observations  differ  by  im.     The  wrong  one  was  copied. 

This  observation  is  not  copied  in  the  annual  volume. 

This  is  also  Mural  Zones  230, 4,  which  is  3"  wrong. 

Both  observations  belong  to  the  same  star ;  the  approximate  Right  Ascension  of  the 
former  being  about  I m  wrong. 

Both  observations  belong  to  the  same  star,  the  approximate  Right  Ascension  of  the 
former  being  wrong. 

One  observation  in  the  first  edition  was  changed  I  revolution.     See  3126,  first  edition. 

A  small  error  in  Declination.  The  Right  Ascension  in  the  Transit  zones  appears  to 
be  im  in  error. 

The  Right  Ascension  is  correct,  although  the  observation  on  March  12,  1864,  was  re- 
duced I'  wrong. 

This  is  probably  a  small  star,  observed  I  revolution  wrong.  It  isabout  2i"Northof  3241. 
The  original  record  is  somewhat  suspicious.  It  has  therefore  been  changed  I  revolution. 


286 


NOTES  TO  THE  CATALOGUE. 


New  number. 


Old  number. 


Remarks. 


3248 
3249 
3264 

3270 


3273 
3275 
3280 
3282 
3285 
3310 

33'2 
335° 

3358, 3359 
3361,3368 

3397 

34°i 

3408 

3425 

3433 

3434 

3466, 3467 

3472 


3478 


3487 
3496 


35'2 
3527 
3530 
3537 
3541,3544 


3'79 
3184 

3'77,3'95 
3198,3199 


3206 

3207,  3208 

3208,  3211 
3210',  3211 
3216,3218 

3215-3219' 
3222 

3247 

3247,  3248' 

3284' 

3291,3292 

3294,  3301 

3329 

3334 

3339' 

3355,3356 

3364,  3365 

3365 

3397,3398 


34°7 


3409 


3417 
3426 

343' 

3407 
3456 

3464' 
3465,3469 

3475 


This  was  intended  for  3232,  and  set  i°  wrong. 

This  is  probably  the  second  star  of  a  pair,  and  agrees  with  Gould  10198.     It  may,  how- 
ever, be  the  mean  of  Gould  10196  and  10198. 

The  former  observation  was  reduced  to  1 860.0;   lo8  wrong,  the  latter  one  probably  read 
50"  wrong.     The  two  observations  belong  to  the  same  star. 

Both  observations  belong  to  the  same  star.  The  micrometer  equivalent  for  the  latt~r 
observation  was  applied  with  the  wrong  sign;  when  corrected  the  Declination  be-' 
comes  --f-  o°  25'  52". i,  agreeing  with  the  former  observation. 

For  proper  motion  see  Bonn  VII,  page  64. 

Right  Ascension  of  the  former  and  the  Declination  of  both  belong  to  this  star,  the  latter 
being  recorded  20°  wrong. 

Right  Ascension  of  the  former  and  Declination  of  the  latter  belong  to  this  star. 

Right  Ascension  of  both  and  Declination  of  the  former  belong  to  this  star. 

Both  observations  belong  to  the  same  star,  the  former  being  recorded  20°  wrong. 

Right  Ascension  of  the  latter  and  Declination  of  the  former  belong  to  this  star. 

This  is  also  Mural  Zones  159,  77,  which  is  reduced  6"  wrong. 

The  Right  Ascension  of  this  star  was  not  copied.     Given  Right  Ascension  belongs  to 


The  Right  Ascension  of  the  former  and  the  Declination  of  the  latter  belong  to  this  star. 

Declination  approximate. 

The  names  are  interchanged,  and  Weisse  (2)  is  put  instead  of  Weisse. 

The  names  should  be  Weisse,  and  not  Weisse  (2). 

Declination  approximate. 

For  proper  motion  see  Bonn  VII,  page  65. 

Name  should  be  Weisse,  and  not  Weisse  (2). 

Declinations  of  lx>th  belong  to  this  star,  the  former  being  reduced  i'  wrong. 

Right  Ascensions  of  both  and  Declination  of  the  former  belong  to  this  star. 

Kight  Ascension  not  observed.     See  preceding  note. 

D'  is  probably  28  Cancri,  and  v-  is  probably  30  Cancri. 

This  was  intended  for  3474,  and  the  Declination  Circle  set  about  40'  wrong.  The 
Right  Ascension  is  deduced  approximately  from  the  time  in  observing  book. 

Declination  belongs  103512;  it  was  recorded  about  5'"  wrong.  Observed  Right  As- 
cension was  intended  for  3477,  and  the  Circle  probably  set  10°  wrong;  if  so  the  Right 
Ascension  is  8h  igm  u".37  and  Declination  --)-  50°  24'.  Only  observed  over  set  C. 

There  is  probably  a  mistake  in  Lacaille  of  about  1 2"  in  Right  Ascension  and  4'  in  Decli- 
nation. 

There  is  probably  a  mistake  in  Lacaille  of  about  10"  in  Right  Ascension  and  4'  in  Decli- 
nation. 

Lacaille  seems  to  be  about  i'  wrong  in  Declination. 

Wei<se's  Right  Ascension  is  10"  too  great.     See  also  Bonn  VI  +  12°,  1854. 

This  is  probably  f2  Cancri,  but  there  is  so  much  confusion  in  these  names  that  the 
Flamsteed  numbers  have  been  used. 

The  Right  Ascension  was  recorded  about  5m  wrong.     See  previous  note. 

Argelander's  Right  Ascension  is  too  great  by  10".     See  Gould  VIII,  2334. 

This  star  was  omitted  in  the  previous  editions. 

The  Right  Ascension  in  the  zones  is  Im  too  great. 

Right  Ascensions  approximate. 

There  is  no  star  in  this  place.  Record  seems  all  right  and  reductions  correct.  Perhaps 
a  small  planet. 


NOTES  TO  THE  CATALOGUE. 


287 


New  number. 


Old  number. 


Remarks. 


3556 

3567 

3600 

3609 

3616,  3639 

3648 

3654,  36SS 

3656 

3660 

3687 
3692 

3693 
3696,  3744 


3787 

3793.  3796 

3800 

3810 

3814 

3818 

3823 
3825 

3826,  3827 
3836,  3838 

3847 

3849.  3854 

3867 
3873 
3878 
3880 

3944,  3945 

3969 

3970 


3990-3993 

3994 

4024 

4050 

4061 

4067 

4094 

4102 


3483 
3494 
3533 

354i,3564 

3572 

3578,3579 

358o,3584 

3585 

3612' 

3616',  3617 

36i7 

3620, 3667' 
3684 

37'0 

3716' 

37'S 

3732 

3736 

3740 

3745 

3747 

3748, 3749 

3758 

3768,3768' 

3770 

3787 

3787, 3792 
3797 
3799 

3860, 3861 

3884 

3885 


3906, 3907 

3937, 3938 
3964 

3966, 3976 
3976 
4005 

4013 


Apparently  a  mistake  in  printing  precession  in  Right  Ascension. 

Right  Ascension  approximate. 

There  was  no  second  recorded  in  the  observing  book. 

This  star  was  omitted  in  the  previous  editions. 

Declinations  approximate. 

There  was  a  mistake  of  2'  in  copying. 

For  proper  motions  see  Grant,  page  XLIII. 

Both  observations  belong  to  the  same  star,  the  latter  being  I  revolution  wrong. 

Right  Ascension  approximate. 

Declination  approximate. 

Both  Declinations  belong  to  the  same  star,  although  more  than  14"  different. 

Declination  not  observed.     See  previous  note. 

Declinations  approximate. 

Baily  has  named  46,  47,  and  51  Cancri  a1,  o-,  and  a3,  but  a  probably  belongs  to  51, 
59,  and  64  Cancri. 

For  proper  motion  see  Bonn  VII,  page  66. 

Right  Ascension  and  Declination  belong  to  different  stars,  20'  apart  in  Declination. 

There  was  a  mistake  of  Ira  in  taking  the  mean. 

This  does  not  agree  very  well  with  the  zones,  but  agrees  well  with  Gould  VIII,  3692. 

Transit  zones  im  wrong. 

Probably  the  first  of  a  pair.     Examined  with  the  Equatorial  February  14,  1888. 

Declination  approximate. 

There  was  another  observation  on  February  26,  1869,  reduced  I  revolution  wrong. 

Both  Right  Ascensions  belong  to  the  north  following  star. 

Right  Ascension  and  Declination  belong  to  different  stars. 

Both  observations  belong  to  the  same  star.  There  was  a  mistake  in  reducing  the  former 
to  mean  place. 

Right  Ascension  and  Declination  belong  to  different  stars,  the  former  being  recorded  i° 
wrong,  as  shown  by  the  wire  intervals.  Declination  also  reduced  20"  wrong. 

Given  Right  Ascension  belongs  to  3873,  being  reduced  io»  wrong. 

Right  Ascension  of  both  belong  to  this  star,  the  former  being  reduced  lo8  wrong. 

Weisse's  Right  Ascension  is  io«  too  great.     See  also  Schjellerup  3311. 

Observed  Right  Ascension  belongs  to  a  star  whose  Declination  is  about  28°  50',  as  de- 
termined by  the  wire  intervals. 

For  proper  motion  see  Bonn  VII,  page  67. 

Right  Ascension  approximate.     It  is  Gould  VII,  765. 

The  observation  in  1864  was  reduced  to  mean  place  \o"  wrong,  and  one  term  in  the 
reduction  to  mean  place  in  Declination  was  applied  with  the  wrong  sign  for  the  ob- 
servation in  1866. 

There  are  four  stars.    Right  Ascensions  and  Declinations  belong  to  different  pairs  of  stars. 

This  star  seems  to  have  been  omitted  from  previous  editions. 

Both  observations  belong  to  the  same  star,  the  latter  being  copied  6'  wrong. 

Declination  copied  with  wrong  sign. 

Right  Ascension  of  the  latter  and  Declination  of  the  former  belong  to  this  star. 

Declination  belongs  to  this  star.     Right  Ascension  not  observed. 

Right  Ascension  approximate.     No  time  noted. 

There  is  only  one  observation  of  this  star  in  Right  Ascension.  The  other  observation  is  on 
the  Chronograph  sheet,  and  3"  later.  It  could  not  be  this  star,  for  there  were  three  stars  ob- 
served on  the  same  run,  and  supposed  to  belong  to  4102,  4120,  and  4136,  respectively, 
the  first  one  being  3"  late,  the  next,  in  which  the  time  agrees,  and  the  last  one  5"  late. 


288 


NOTES  TO  THE  CATALOGUE. 


New  number. 


Old  number. 


Remarks. 


4105 
4116 
4117 


4120 
4129 

4I36 
4161 

4172 

4'74 
4178 

4181 
4184 

4185 

4186 

4194,4195,4196 

4205 

4210 


4214 

4215,4218 
4224 
4242 
4246 

4257 
4264 

4265 


4269 


4016 
4026 
4027,4028 


4031 
4041 
4047 

4071 

4081' 
4083 
4078,  4086' 

4090 
4°93 

4088, 4092' 

4093, 4094 
4102,4103 
4111' 
4114,4117 


4120 

4121,4125 

4131 

4'49 

4153 

4164 

4171,4183 
4172 


4177,4179 


4285 
4291 
43" 
433° 


4194 
4200 
4221 
4238 


This  observation  was  recorded  and  reduced  10°  wrong. 

There  was  a  mistake  of  2'  in  reducing  to  1860. o. 

Both  observations  belong  to  the  same  star.  Wire  intervals  show  conclusively  that  the 
former  Declination  is  a  mistake.  On  being  reduced  with  the  latter  Declination  as  an 
argument,  the  Right  Ascensions  are  exactly  the  same. 

Only  one  observation  of  this  star  in  Right  Ascension.     See  note  to  4102. 

The  zones  are  reduced  i'  wrong. 

Only  one  observation  of  this  star  in  Right  Ascension.     See  notes  to  4102  and  4120. 

This  is  also  Transit  Zones  220,  68,  which  is  l'  wrong.  The  Declination  of  center  of 
belt  in  the  zones  should  be  —36°  33'  instead  of  — 36°  53'. 

Declination  approximate. 

Right  Ascension  approximate.     It  was  intended  for  4171,  but  set  30'  wrong. 

Both  observations  belong  to  the  same  star.  Right  Ascension  of  the  former  read  off 
50"  wrong. 

Weisse's  Right  Ascension  is  30"  too  small.     See  Positiones  Emendate. 

No  Declination  of  this  star  observed.  Given  Declination,  which  is  copied  20'  wrong, 
belongs  to  4186. 

Both  observations  belong  to  the  same  star,  the  Right  Ascension  of  the  former  being  40" 
wrong. 

Declinations  of  both  belong  to  this  star,  the  former  being  copied  20'  wrong. 

The  first  and  second  star,  as  well  as  the  mean,  were  all  observed. 

The  Declination  was  observed  on  March  22,  1875,  '5ut  not  copied. 

Both  observations  belong  to  the  same  star.  Seconds  of  Right  Ascension  for  the  former 
observation  were  incorrectly  reduced,  and  there  was  a  mistake  of  10  revolutions  in 
Declination. 

There  was  a  mistake  of  l'  in  Zenith  Distance  in  1871,  and  the  other  observation  was 
copied  from  this. 

Weisse's  Right  Ascensions  are  5"  too  great.     See  Positiones  Emendatae. 

Declination  in  DM.  seems  to  be  10'  too  great. 

This  observation  was  reduced  to  1 860.0,  l'  wrong. 

The  zone  observations  are  reduced  l'  wrong. 

There  is  a  mistake  of  2s  in  reducing  to  1860. o. 

Both  observations  belong  to  the  same  star.  Time  was  reduced  wrong  for  the  latter 
observation. 

There  is  a  mistake  in  Stone's  Cape  Catalogue  for  1880.  Stone's  5425  is  the  same  as 
Lacaille  4107,  whereas  he  identifies  his  number  5445  with  the  latter.  Holden,  in  liis 
List  of  Errata,  A.  N.  2561,  also  makes  the  same  mistake. 

The  observation  of  the  former,  made  in  1856,  was  probably  i  revolution  wrong,  and 
belongs  to  4273.  The  time  agrees.  The  other  observation  made  in  1869  had  neither 
revolution  nor  time  recorded,  and  is  not  included  in  the  results.  Another  observa- 
tion made  in  1872  was  correct,  but  not  collected  by  Yarnall,  and  the  latter  observation 
belongs  to  this  star,  which  was  recorded  i  revolution  wrong.  The  time  was  also  re- 
duced about  12"  wrong  for  this  latter  observation. 

For  proper  motion  see  Bonn  VII,  page  65. 

There  is  a  mistake  of  I"  in  reducing  the  precession  in  Right  Ascension. 

The  zones  are  reduced  10'  wrong. 

One  Declination  observed  in  1869  differs  about  33"  from  the  mean  of  the  other  three. 
This  was  changed  I  revolution  by  Yarnall.  Mural  Zones  8,  16,  and  Meridian  Circle 
Zones  168,  78,  however,  agree  very  closely,  but  differ  about  10"  from  Yarnall.  There 
can  be  no  doubt,  however,  that  this  position  is  correct. 


NOTES  TO  THE  CATALOGUE. 


289 


New  number. 


Old  number. 


Remarks. 


4377 
4385 
4418 

4422 

4458 
4467 

449 1 
45°« 

45°5 

4506 

45°9 

4518 
4521 

4564 

4566 

4578 
4621 

4645 
46S3 


4687, 4694 


4707 
4711 
4720 

4727 
4748 

4759, 4760 
4768 
4773 
4774 

4781 

4786, 4787 

4788,4798 

4789 

4790 

4813,4814 


4285 
4292 
4324 

4328 

4363.  4366 
4372,4372' 

4395 
4406 
4410,4411 

4411,4412 


4423 
4427,4428 

4395,447' 

4473 

4484' 

4527 

455' 

4559 


4598 


4611,5030 

4615 

4624 

4631 
4651,4653 

4663, 4664 

4672,4673 
4678 

4679 

4686 

4691,4692 

4693 

4694 

4695 

4717,4718 


There  was  a  mistake  of  2s  in  reducing  observations  in  1869. 

Declination  approximate. 

This  observation  was  recorded  1°  wrong.     Lnlande  20170  was  observed  once  on  the 

same  setting. 
Mistake  of  l'  in  reducing  to  1860.0.     Only  two  observations,  April  20,  1871,  and  April 

13,1872. 

Declination  of  the  latter  observation  is  4  revolutions  wrong.    Time  also  reduced  wrong. 
Both  observations  belong  to  the  same  star. 

Declination  approximate.     Given  Declination  belongs  to  4564,  which  is  iom  later. 
The  zones  observations  are  probably  I"'  wrong.     Gould  agrees  with  Yarnall. 
Both  Right  Ascensions  belong  to  the  same  star,  the  former  being  reduced  ios  wrong. 

The  Declination  was  not  observed. 
Right  Ascension  of  the  latter  and  Declination  of  the  former  belong  to  this  star.     The 

Mean  Year  in  Right  Ascension  was  also  copied  wrong. 
The  zone  observations  are  probably  20"  wrong. 
Right  Ascension  approximate. 
Both  observations  belong  to  this  star,  the  latter  approximate  Declination  being  about  20' 

wrong. 
Both  Declinations  belong  to  this  star.     The  time  for  the  former  observation  recorded 

iora  wrong. 

There  was  a  mistake  of  30"  in  reducing  to  1 860.0. 
Declination  approximate. 
For  proper  motion  see  Bonn  VII,  page  71. 

This  is  Gould  X,  3472.     The  Mural  zone  observation  appears  to  be  2"  wrong. 
The  Meridian  Circle  zone  give  the  Declination — 30°  24'  l".o;   Mural  Zones — 30° 

24'  4". 5  ;  Gould's  —  30°  24'  12. "i,  when  reduced  to  1860.0.     Is  there  a  proper 

motion  ? 
Right  Ascension   and   Declination  belong  to  different  stars.     The    Right   Ascension 

belongs  to  a  northern  star  and  copied  im  wrong.     The  observed  Declination  is  South, 

and  belongs  to  a  star  whose  Right  Ascension  is   lo1'  53"'  io».     The  Mean  Year  is 

also  copied  wrong. 

The  zones  are  reduced  lom  wrong.     The  latter  observation  was  copied  Ih  wrong. 
For  proper  motion  see  Bonn  VII,  page  72. 
Lalande's  Declination  of  21223  is  4'  wrong.     See  Bonn  VII,  page  223.     It  is  the  same 

as  this  star. 

For  proper  motion  see  Bonn  VII,  page  72. 
Both  observations  belong  to  the  same  star.     One  observation  of  the  former  was  reduced 

io«  wrong  and  the  other  changed. 
Observed  as  one  star  in  Declination. 

The  former  observation  was  intended  for  4773,  but  set  wrong. 
Mistake  of  sign  in  copying  Declination. 
This  was  intended  for  4772  but  set  30'  wrong.     Declination  has  been  determined  from 

wire  intervals. 

There  is  an  error  in  Oeltzen.     See  Bonn  V,  page  xx. 
Observed  as  one  star  in  Declination. 

Right  Ascension  and  Declination  belong  to  different  stars. 
Precession  in  Right  Ascension  copied  wrong. 
Weisse's  Declination  is  10°  too  small.     See  Corrigenda. 
Observed  as  one  star  in  Declination. 


AP  1  84 19 


NOTES  TO  THE  CATALOGUE. 


New  number. 


Old  number. 


Remarks. 


4841,4842 


4883 


4899 


4929 

4935 
4950 

4952 

4953 
4955 
4965 

4973. 4977 
4976 


4997 

5027 
5028 

5°3' 
5°34 
5042 
5046 
5048 

5°59 
5080 


5°93 
5095 

5126 
5'3° 
5134 

5142 
5145 


4744, 4745 


4785 


4801 


4831 

4837 
.4852 

4854 

4855,4862 
4858,4871 
4870,4871 

4879 
4882 
4901 

4901,4902 

4932 

4933, 4939 
4936 

4939, 4944 
4949 
4946 

4954 
4965 
4987 


4999 
5001 

5°3° 
5031' 
5035 
5°39 

5046 
5049 


The  latter  star  named  wrong ;  precession  in  Right  Ascension  wrong,  and  Declinations 
interchanged.  There  was  another  observation  of  the  preceding  star  on  the  Prime 
Vertical  in  1846. 

This  star  was  observed  by  Lalande,  Wollaston,  Groombridge,  Schwerd,  and  Carrington, 
and  seems  to  have  a  proper  motion  of  about  o*.i  annually  and  a  small  motion  in 
Declination. 

This  is  probably  Meridian  Circle  Zones  95,  50  observed  I  wire  wrong  in  Right  Ascen- 
sion. It  differs  from  this  and  also  from  Gould  XI,  1728,  about  14"  in  Declination. 
The  observations  are  consistent. 

This  is  also  Mural  Zones  9,  47,  in  which  the  Right  Ascension  is  about  19'  wrong.  The 
middle  wire  was  probably  42«.8.  Yarnall  is  right. 

Argelander  seems  to  be  about  2'  wrong. 

This  was  a  mistake  in  name,  v  instead  of  v  Leonis. 

Declination  approximate. 

Both  observations  belong  to  the  same  star,  the  latter  being  Im  wrong. 

Right  Ascension  of  the  former  and  Declination  of  both  belong  to  this  star. 

Right  Ascension  of  both  and  Declination  of  the  former  belong  to  this  star. 

Right  Ascension  and  Declination  belong  to  different  stars. 

Declination  approximate. 

This  is  evidently  wrong.  The  wire  intervals  show  that  the  star  is  near  the  Equator ;  in 
reducing  it  for  the  following  star  the  Right  Ascension  becomes  nb  36'"  9'.72. 

Both  Right  Ascensions  appear  to  belong  to  this  star.  Right  Ascension  of  former  copied 
wrong. 

For  proper  motion  see  Gould  16103. 

Right  Ascension  of  former  and  Declination  of  both  belong  to  this  star.     Time  also  agrees. 

Another  observation  of  this  star  in  Declination  on  May  1 5 ,  1 87 1 ,  was  recorded  2°  wrong. 

Right  Ascension  of  the  former  and  Declination  of  the  latter  belong  to  this  star. 

Another  observation  of  this  star  in  Declination  on  May  15,  1871,  was  recorded  2°  wrong. 

Right  Ascension  of  this  star  recorded  im  wrong.     Minute  was  ambiguous  on  sheet. 

This  star,  according  to  Mcedler,  has  a  proper  motion  of  -\-  o'.o5O  and  —  o".292. 

This  star  has  a  very  large  proper  motion. 

There  appears  to  be  some  mistake  in  the  Declination  observation,  for  there  is  no  stai 
there.  From  the  Mural  Circle  book  the  time  for  this  observation  appears  to  be  iih 
48""  23',  and  observation  uncertain.  The  Declination  that  corresponds  to  the  given 
Right  Ascension,  as  determined  by  the  wire  intervals  is  32°  40'.  This  position  agrees 
with  Mural  Zones  1 1,  39.  There  is  no  star  in  the  given  position,  and  it  is  altogether 
uncertain  to  what  star  the  given  Declination  applies. 

There  is  a  mistake  of  i'  in  reducing  to  1860.0. 

This  star  has  a  proper  motion  of  —  o".O77  and  — o//.6i. 

This  observation  belongs  to  4707.     It  was  copied  ib  wrong. 

For  proper  motion  see  Bonn  VII,  page  75. 

Lamont's  Declination  needs  to  be  corrected  by  -j-  i'. 

There  is  probably  some  mistake  in  Lacaille.  The  difference  between  Yarnall  and  La- 
caille  is  about  8"  in  Right  Ascension  and  I '.5  in  Declination. 

The  zones  are  apparently  about  15s  wrong.     Probably  wrong  wires  recorded. 

This  is  Lacaille  5015,  although  Holden  says  it  is  Lacaille  5022.  Stone  also  makes  the 
same  mistake ;  he  also  identifies  his  numbers  6730  and  6746  both  with  Brisbane  3918. 
Stone's  6746  is  identical  with  Lacaille  5015. 


NOTES  TO  THE  CATALOGUE. 


291 


New  number. 


Old  number. 


Remarks. 


5186 

5'99 
5200 

5204,  5211 
5209 
5222 
5241 

5247 
5274 
5299, 5300 

5339 

5342 

5346 

5367 

5370 

5372.5373 

5417,5421 

5464 

5470 
5473 


5476 

5478.  5479 
55°3.  55°4 


5513 
5551 
5554 
5562 


5582 
5620 
5629 
5632 
5636 

5679 
5681 

5685 


5068 

5091' 
5104 
5  104',  5  105 

5116 
5112 

5125 
5144,5146 

5152 


5202,  5203 

524' 

5243 

5247 

5266' 

5269 

5271,5272 


5366,  5367 
5370,  5374 


5367.5373 

5376,5377 
5401 

5405 

5410 
5448 
5451 
5459 

5477 

5479 

5517 

5526 

5529 

5532' 

5574 

5576,5577 

558i 


One  observation  in  reduction  to  mean  place  was  applied  10"  wrong.    This  is  also  Transit 

Zones  6,  22  and  228,  3  ;  they  differ  by  over  2'.     The  mean  agrees  with  Yarnall. 
Precession  in  Right  Ascension  wrong. 

This  was  observed  as  a  separate  star  by  Bessel  ;  the  Weisse  name  is  therefore  preferred. 
The  Right  Ascension  of  the  latter  and  the  Declination  of  the  former  belong  to  this  star. 

Weisse's  Declination  is  about  i'  wrong.     See  Schjellerup. 

i 
Right  Ascension  and  Declination  belong  to  different  stars. 

This  is  Gould  XII,  622,  and  has  the  same  Declination  exactly  as  5213. 

Weisse  is  i°  wrong  in  Declination.     See  Positiones  Emendatse. 

The  time  for  the  latter  observation  is  reduced  21s  wrong.      The  Declination  Circle  was 

also  15'  wrong  for  the  whole  day.     All  the  other  observations  were  corrected. 
This  position  differs  from  Lacaille  about  15"  in  Right  Ascension  and  5'  in  Declination. 
This  star  was  wrongly  named. 
These  observations  were  wrongly  combined. 
Declination  approximate. 

Declination  «as  intended  for  5351,  and  observed  about  lm  early. 
The  first  edition  was  correct.     The  later  observation  also  agrees  with  it. 
No  Declination  observed. 

There  seems  to  be  no  good  authority  for  calling  this  star  variable.     It  is  6.7  magnitude. 
Observed  as  one  star  in  Declination. 
Weisse's  Right  Ascension  seems  to  be  about  10"  too  small. 
Weisse's  Right  Ascension  seems  to  be  about  1  0*100  small.     For  proper  motion  see  Bonn 

VII,  page  78. 

Right  Ascension  of  both  and  Declination  of  the  former  belong  to  this  star. 
Right  Ascension  of  the  latter,  which  is  im  wrong,  and  Declination  of  the  former,  belong 

to  this  star.     Right  Ascension  of  the  former  is  possibly  a  loth-magnitude  star.     Transit 

Zones  6,41  set  I°wrong,  but  uncertain.    Declination  of  the  latter  star  probably  belongs 

to  5480,  set  10'  wrong. 
Right  Ascension  of  the  latter  and  Declination  of  both  belong  to  this  star,  the  former  being 

copied  from  the  observing  books  5'  wrong. 
Observed  as  one  star  in  Declination. 

Right  Ascension  and  Declination  belong  -to  different  stars. 
Differs  2"  from  Transit  zones.   The  observations  are  consistent,  but  could  not  find  Chrono- 

graph sheets. 

For  proper  motion  see  Bonn  VII,  page  78. 
Declination  approximate. 

A  slight  mistake  in  computing  precession  in  Right  Ascension. 
There  is  some  confusion  in  the  name  of  this  star.     Flamsteed  incorrectly  identified  it 


Differs  3'  from  Weisse. 

Weisse  is  15'  wrong  in  Declination.     See  Positiones  Emendatae. 

For  proper  motion  see  Bonn  VII,  page  79- 

Declination  has  wrong  sign. 

For  proper  motion  see  Bonn  VII,  page  79.    - 

Right  Ascension  approximate. 

Declination  approximate. 

Both  observations  belong  to  the  same  star,  as  shown  by  the  wire  intervals,  the  Declina- 

tion of  the  former  being  recorded  wrong. 
For  proper  motion  see  Bonn  VII,  page  80. 


292 


NOTES  TO  THE  CATALOGUE. 


New  number. 


Old  number. 


Remarks. 


5694 
5711 
5721 
5727 
5735 

5744 
5766 

5769 
5816 

5824 
5856 

5866 
5872 


5875 

5884 
5885 
5890 

5893 
5896 
5906 

59'3 
5917 


5922 

5938 

5949.5952 

6014,6015 

6020 

6031 

6033 
6065 
6103,6104,6109 

6129 

6«33 
6177 

6185 


5589 
5606 
5617 
5623 
5630, 5631 

5640 
5661 
5664 
57" 
57'9 

5750.5751 
575'' 
5761 
5767,5768 


5768,  5772 

578i,5788 

577I.578I' 

5786 

5790 

5793.  5794 

5804 


5811 

5814', 
5817 


5821 
5831 
5849 
59».59«2 


5927' 

5929 

5956 

5996',  5996", 

6ooi 

6019,  6019' 

6023 

6023, 6024' 

6067,  6072 

6072 


Lalande's  Right  Ascension  is  ira  too  great. 

This  is  also  Transit  Zones  II,  39,  which  is  I'  wrong  in  Declination. 

This  is  also  Mural  Zones  112,  51. 

There  is  an  error  in  Argelander.     See  Bonn  V,  page  XXII. 

Both  observations  belong  to  the  same  star,  the  former  observation  being  recorded  10  rev- 
olutions wrong. 

The  zone  observation  is  probably  2»  wrong. 

This  does  not  appear  to  be  a  Lalande  star.     The  Lalande  star  is  5769. 

For  proper  motion  see  Bonn  VII,  page  81. 

Declination  approximate. 

This  is  also  probably  Mural  Zones  17,  6,  observed  over  wires  II  and  III  instead  of  IV 
and  V. 

All  three  observations  belong  to  the  same  star,  the  middle  one  being  recorded  5  revolu- 
tions wrong. 

Baily's  Right  Ascension  in  B.  A.  C.  is  30"  too  small. 

Right  Ascension  of  both  and  Declination  of  the  former  belong  to  this  star.  If  this  is 
Mural  Zones  242,  76,  there  is  an  error  of  5  revolutions  =  5'  I7".8  in  the  zones  obser- 
vation. This  position  agrees  with  Gould's  zones  and  with  the  General  Catalogue. 

Right  Ascension  of  the  latter  and  Declination  of  both  belong  to  this  star,  the  latter  being 
reduced  20"  wrong. 

Both  observations  belong  to  the  same  star,  the  latter  being  ini  wrong. 

Both  observations  belong  to  the  same  star,  the  former  being  im  wrong. 

This  is  also  Mural  Zones  15,  9,  in  which  the  Right  Ascension  is  20'  too  great. 

This  is  also  Mural  Zones  14,  to,  that  observation  being  i'  wrong  in  Declination. 

Both  observations  belong  to  the  same  star. 

In  the  zone  observation  the  transits  should  probably  be  over  wires  II  and  III  instead  of 
III  and  IV. 

Wrong  name. 

These  observations  all  belong  to  the  same  star,  the  first  one  recorded  9  revolutions  wrong 
(30  instead  of  39) ;  the  last  is  incorrectly  reduced  in  Right  Ascension,  and  is  the  same 
observation  as  the  first. 

Lalande  appears  to  be  I™  wrong  in  Right  Ascension.     It  is  Weisse  (2)  XIII,  1288. 

Yarnall's  Right  Ascension  is  I™  too  small.     It  is  also  copied  2°  wrong  in  Declination. 

Right  Ascension  and  Declination  belong  to  different  stars. 

Observed  as  one  star  in  Declination. 

Differs  about  2*  from  Weisse. 

Declination  approximate. 

Declination  copied  to'  wrong. 

Right  Ascension  im  too  small. 

Declinations  approximate. 

Right  Ascension  of  the  last  and  Declinations  of  the  first  and  second  observations  belong 
to  this  star,  the  second  observation  being  recorded  I  revolution  wrong. 

Right  Ascension  of  the  latter  and  Declination  of  the  former  belong  to  this  star. 

Right  Ascension  of  the  former  and  Declination  of  both  are  supposed  to  belong  to  this 
star,  the  latter  being  recorded  I  revolution  wrong. 

Right  Ascension  must  be  increased  20";  probably  read  wrong  from  sheet.  Declination 
not  observed.  Given  Declination  was  intended  for  e  Bootis  and  set  wrong ;  it  was 
therefore  a  bright  star,  probably  6177,  observed  I  revolution  wrong. 


NOTES  TO  THE  CATALOGUE. 


293 


New  number. 


6190 

6202 


6216 
6217 
6218 


6223 
6238 

6241 


6246, 6247 

6266 

6276, 6286 

6290 

6291 

6306 

6333 

6366 

6372 
6374 

6393 

6455 


6478 

6482,  6483 

6486 

6508 

6511,6519,6522 


6524 

6525 
6527 

6536 
6561 
6562 

6590 
6621,6627 


Old  number. 


Remarks. 


6080  Both  observations  of  this  star  reduced  Iln  wrong,  one  in  1847,  the  other  in  1874. 

6092,  6096  Time  from  observing  books  gives  the  reduced  Right  Ascension  of  the  latter  the  same  as 

the  former;  the  Declination  of  the  latter  probably  set  15'  wrong.  Reduced  with  the 
proper  argument  this  Declination  becomes  — 31°  50'  2^".<). 

6106  Differs  about  1'  from  Weisse. 

6107  For  proper  motion  see  Bonn  VII,  page  84. 

6108  Differs  about  1*  from  Oeltzen. 

6110  This  star  is  Lalande  28847,  and  needs  to  be  increased  i'1  in  Right  Ascension.  It  is 

No.  6646. 

6116  Right  Ascension  is  I"1  too  great. 

6130'  Declination  approximate. 

6129,6133  Right  Ascension  of  the  latter  and  Declination  of  both  probably  belong  to  this  star. 

Right  Ascension,  when  properly  reduced  for  the  former,  becomes  I4h48m  !2M9,thu3 
agreeing  with  6238.  The  wire  intervals,  however,  give  about  — 29°  for  this  star.  If 
this  is  ().  Arg.  S.  14065  there  is  something  wrong  in  his  Right  Ascension. 

6138,  6139  These  stars  seem  to  have  a  proper  motion  of  about  +  o".o;)  and  —  l"-7- 

6158,  6168  Right  Ascension  of  the  former  and  Declination  of  both  belong  to  this  star. 

6168,  6178  ^Declinations  approximate. 

6182  Declination  of  zones  probably  i'  wrong.     Gould  XIV,  36:8,  agrees  with  Yarnall. 

6183  Declination  approximate. 

6197  The  zones  differ  2*  from  Yarnall,  but  Yarnall's  observations  seem  to  be  correct. 

6224  The  observation  of  May  15,  1869,  is  not  recorded  in  the  annual  results,  but  is  included 

in  the  Catalogue. 

6257  Argelander's  Right  Ascension  is  about  20"  different  from  this.  Yarnall  agrees  with 

Gould  XV,  455. 

6263  For  proper  motion  see  Bonn  VII,  page  86. 

6264',  6271  Both  observations  belong  to  this  star,  the  former  Declination  being  reduced  10"  wrong 

and  the  latter  Right  Ascension  I'"  wrong. 

6284  Differs  I!  from  Weisse. 

6347  This  observation  was  made  on  the  Prime  Vertical  in  1848,  and  incorrectly  reduced. 

There  was  a  mistake  of  I  unit  in  the  third  decimal  of  the  logarithm  from  which  tan  i 
was  obtained. 

6370  An  error  of  10'  in  copying  mean  place  for  1870.0  in  the  volume  for  1866. 

6374  The  Declination  of  the  former  was  copied  for  the  latter,  bat  both  were  observed. 

6377  Mistake  of  io8  in  copying  Right  Ascension  or  in  reducing  to  1860.0. 

6399  Declination  copied  i°  wrong. 

6411  There  are  three  stars  here.  The  first  is  No.  6411  in  the  first  edition  (copied  Im  wrong), 

the  second  is  Gould  XV,  1949,  and  the  third  is  an  anonymous  star.  The  two  ob- 
served Right  Ascensions  differ  40',  and  the  Declination  belongs  to  neither. 

6412,  6413  Both  Declinations  belong  to  this  star.  Two  other  observations  in  1874  not  included  in 

the  Catalogue. 

6414  Mistake  of  sign  in  copying  Declination. 

6416  Right  Ascension  approximate. 

6425  One  observation  was  reduced  0.6  revolution  wrong,  and  this  only  was  used  in  the  Catalogue. 

6451  Mistake  of  Is  in  the  precession  in  Right  Ascension. 

6452  Time  was  recorded  20"  wrong  for  one  of  these  Declination  observations,  but  the  posi- 

tion is  correct. 

6479  Right  Ascension  differs  about  6"  from  Lalande. 

6510,  6516  Precession  in  Right  Ascension  i"  wrong  for  both  these  observations. 


204 


NOTES  TO  THE  CATALOGUE. 


New  number. 


Old  number. 


Remarks. 


6646 
6651 
66S7 
6671 
6677, 6690 

6733 
6762 
6770 
6787 
6799 

6802 
6805 
6816 
6845, 6846 

6853 
6863 

6874 

6886 
6893, 6894 

6901 

6903 

6807,6808,6809 

6915,6916 

6934 
6951 

6955 
6999 
7003 


7011 

7059 

7063 

7065 

7066,  7067 

7069 

7074 

7077 
7°94 

7105 
7107 


6110 

6538 

6542, 6544 

6558 

6563,6576 

6619 

6646" 

6654 

6671 

6683 

6686 
6689 
6700 

6728',  6729, 
6729' 
6736 

6746, 6757 
6757 

6769 
6776, 6777 

6783' 

6785 

6788-6790' 

6796, 6797 

6814 

6832 

6836 

6878' 

6883 


6890, 6890' 

6937 

6965' 

6942 

6943, 6944 

6949 

6951,6959 

69S3' 
6970,6971 

6980' 
6982 


Right  Ascension  ih  wrong. 

There  was  a  mistake  of  2'  in  reducing  to  1 860.0. 

Both  Declinations  belong  to  this  star. 

Lalande's  Right  Ascension  is  im  too  great.     See  Schjellerup  5624. 

Mistakes  of  sign  in  precession  in  Right  Ascension. 

There  was  an  error  of  im  in  reducing  to  1860.0. 

Declination  approximate. 

Mistake  of  I'  in  the  precession  in  Right  Ascension. 

Argelander  is  i'  wrong  in  Declination.     See  Gould  XVI,  174. 

Flamsteed,  also  Bessel  and  Baily  call  this  j  Herculis,  but  this  is  evidently  a  misinter- 
pretation of  Bayer.  See  Argelander's  Uranometria  Nova. 

The  zones  are  in  error  4'  or  5'.     See  Stone  8802  and  Gou'd  XVI,  305. 

The  Mean  Year  in  Declination  is  wrong. 

This  is  evidently  Bayer's  q  Herculis,  although  Flamsteed  has  put  it  in  Serpens. 

There  appears  to  be  no  center  noted  in  the  original  observations,  and  there  are  probably 
but  two. 

Argelander's  Declination  is  10'  too  small.     See  Mural  Zones  28,  25. 

Right  Ascension  of  the  former  and  Declination  of  both  belong  to  this  star. 

No  Declination  observed.  This  was  intended  for  6863,  but  the  Circle  was  set  about  30' 
wrong. 

Lalande  is  im  wrong  in  Right  Ascension. 

These  stars  are  2177  and  2178  in  the  Cape  Catalogue  for  1840;  the  latter  is  also  Piazzi 
XVI,  60. 

Declination  approximate. 

One  wire  in  the  observation  of  June  26,  1876,  was  read  I8  wrong. 

These  six  observations  belong  to  only  three  separate  stars.     They  were  wrongly  combined. 

Observed  as  one  star  in  Declination. 

For  proper  motion  see  Bonn  VII,  page  89;  also  Grant  4066. 

There  was  a  mistake  of  I'  in  reducing  to  1 860.0. 

Mistake  in  the  precession  in  Right  Ascension. 

Declination  approximate. 

This  star  is  B.  A.  C.  5579,  and  is  put  in  Ophiuchus  by  Baily,  also  by  Gould,  although 
Flamsteed,  Argelander,  and  Baily,  in  his  edition  of  Flamsteed,  in  the  British  Cata- 
logue, put  it  in  Scorpio. 

Both  observations  belong  to  the  same  star. 

Differs  3'  from  Argelander,  but  agrees  with  Gould  XVI,  2930,  and  is  undoubtedly  correct. 

Time  was  reduced  from  book  about  2m  30"  wrong,  and  there  are  only  two  observations. 

Declination  approximate. 

Observed  as  one  star  in  Declination. 

Right  Ascension  approximate. 

Both  observations  belong  to  the  same  star.  Time  reduced  wrong  for  the  latter  observa- 
tion. 

Declination  approximate. 

Both  observations  belong  to  the  same  star.  One  Circle  reading  for  the  latter  observa- 
tion was  recorded  2°  wrong  and  the  other  one  changed  2°. 

Declination  approximate. 

Declination  reduced  i'  wrong.  There  was  another  observation,  differing  19". 3  from 
this.  There  was  probably  a  mistake  in  that  observation,  for  this  seems  to  be  the  better. 
Yarnall  probably  changed  the  other  observation  20"  before  taking  the  mean. 


NOTES  TO  THE  CATALOGUE. 


295 


New  number. 

7114 

7123 
7124 

7126 
7129 

7H4 
7'49 
7150 
7164 
7180 

7'93 
7:96 
7200 

7215 
7219,7220 

7253 

7290,  7291 
7294 
73" 
7339 


7343 

7356 
736i 
7370 
7373 
7374 
738S 
7419 
7424, 7425 

743' 

7442 
7466 

7467 

7469 
7475 

7490 


Old  number. 


6988 

6996, 6997 
6996 

6999 
7002 

7016, 7017' 

7021, 7027 

7022 

7036 

705 1 ',7052 

7064' 

7067 

7071 

7086 

7090,  7091 
7123,7126 

7160, 7161 
7164 
7181 
7209 


7225 
7231 
7239 
7241' 

7239,  7241" 
7252 
7285' 
7290,  7290' 

7296 
7306 
7329 

7331,7333 

7333. 7334 
7329, 7340 

7355,7356 


Remarks. 


For  proper  motion  see  Bonn  VII,  page  90. 

Right  Ascension  of  both  and  Declination  of  the  latter  belong  to  this  star. 

Right  As:ension  not  observed.     Declination  probably  Gould  XVI,  3401,  from  which  it 

differs  about  20". 

Precession  in  Right  Ascension  computed  I1  wrong. 
This  is  probably  Transit  Zones  123,  32,  from  which  it  differs  4',  but  agrees  with  Gould 

XVI,  3421. 

Both  observations  belong  to  the  same  star,  the  former  being  I  revolution  wrong. 
There  was  a  mistake  of  30"  in  copying  the  latter  observation  from  observing  books. 
This  observation  was  recorded  10  revolutions  wrong. 
Mistake  of  :•  in  the  precession  in  Right  Ascension. 
Both  observations  belong  to  the  same  star. 
Declination  approximate. 
Mean  Year  for  Right  Ascension  is  wrong. 
The  Right  Ascension  of  this  star  in  the  zones  seems  to  be  over  I"  too  great.     Transit  at 

wire  VI  in  the  zones  probably  5'  too  great.     See  also  Gould  XVI,  4064. 
For  proper  motion  see  Schjellerup  6083. 
Observed  as  one  star  in  Declination. 
These  observations,  and  also  two  others,  belong  to  the  same  star.     See  first  edition ;  also 

Gould  XVII,  369. 

Observed  as  one  star  in  Declination. 

Lacaille's  Right  Ascension  seems  to  be  about  10"  too  small.     See  Stone  9423. 
Wrong  name. 
Two  observations  were  made  with  the  Prime  Vertical  in   1848,  and  intended  for  72 

Herculis,  the  deduced  position  for  1860.0  being  17''  14'"  328.45  and  +  32°  43/43//.8. 

As  there  is  no  star  in  this  place  it  is  believed  that  72  Herculis  was  observed  on  one 

side  of  the  meridian  and  a  star  following  5"  and  10'  North  of  it  on  the  other  side. 
Both  observations  belong  to  the  same  star,  the  refraction  being  computed  i'  40"  wrong 

for  the  former. 

Right  Ascension  approximate. 

This  is  also  Mural  Zones  257,  34,  which  is  Im  too  great. 
Declination  not  observed.     Given  Declination  belongs  to  7374. 
Declination  approximate. 

Right  Ascension  of  the  latter  and  Declination  of  the  former  belong  to  this  star. 
The  wrong  sign  was  used  in  the  second  term  of  the  precession  in  Right  Ascension  (o«.5ol). 
Declination  approximate. 
Right  Ascensions  and  Declinations  interchanged.     Transits  of  the  latter  are  bad,  and 

vary  nearly  2*. 
Declination  approximate. 

There  is  another  observation  in  1871  recorded  Im  wrong. 
Right  Ascension  not  observed.     Given  Right  Ascension  belongs  to  7475,  copied  lm 

wrong. 
Right  Ascension  of  the  former  and  Declination  of  both  belong  to  this  star,  that  of  the 

former  being  reduced  I  revolution  wrong.     The  record  is  ambiguous. 
Right  Ascension  of  both  and  Declination  of  the  latter  belong  to  this  star. 
Right  Ascension  of  both,  the  former  of  which  is  Im  wrong,  and  Declination  of  the  latter 

belong  to  this  star. 
Right  Ascension  of  both,  the  former  of  which  is  reduced  wrong  by  I  year's  precession, 

and  Declination  of  the  former  belong  to  this  star. 


296 


NOTES  TO  THE  CATALOGUE. 


New  number. 

Old  number. 

Remarks. 

749" 

7356 

Right  Ascension  not  observed.     See  preceding  note. 

7506 

737« 

Compared  with  Lalande  and  Weisse  this  star  seems  to  have  a  small  proper  motion. 

7512 

7377 

Differs  I"  from  Argelander,  but  agrees  with  Gould. 

7522 

7385 

Right  Ascension  approximate. 

7S36 

7400,  7401 

Both  observations  belong  to  the  same  star,  the  former  being  copied  10  revolutions  wrong. 

7SSS.7SS6 

74>9',  7419" 

•  Observed  Declinations  belong  to  the  following  star,  the  other  approximate. 

7564 

7426 

There  is  a  mistake  of  i/  in  copying. 

757«,7572 

743  1,7432 

Right  Ascensions  wrongly  combined,  magnitudes  interchanged.     Declination  belongs 

to  the  following  star. 

7585 

7444' 

Declination  approximate. 

7587 

7446 

Weisse's  Right  Ascension  is  lo5  too  large.     See  Positiones  Emendate. 

7588 

7447,7451 

Right  Ascension  of  former  and  Declination  of  both  belong  to  this  star. 

7591 

745° 

Differs  Is  from  Argelander,  but  agrees  with  Gould. 

75  )3 

745' 

Intended  for  7588.     Circle  set  i°  wrong. 

7594 

7453 

Stone  and  Yarnall  call  this  star  Lacaille  7464.     If  so  there  is  a  mistake  in  Lacaille  of 

about  70"  in  Right  Ascension  and  i^  minutes  in  Declination. 

7597.  7598 

7456 

Right  Ascension  and  Declination  belong  to  different  stars. 

7600 

7458,  7459 

Right  Ascension  of  both  and  Declination  of  the  latter,  and  another  observation,  belong 

to  this  star. 

7601 

7458,  7460, 

Right  Ascension  of  the  last  two  and  Declination  of  the  first  belong  to  this  star. 

7460' 

7605 

7464 

Declination  for  this  star  was  not  copied.     Only  one  observation  in  1874.     There  is  no 

such  observation  in  Declination  as  that  given  in  the  second  edition. 

7606 

7464',  7466' 

Right  Ascension  of  the  former  and  Declination  of  the  latter  belong  to  this  star. 

7607 

7465,  7468 

Right  Ascension  of  the  former  and  Declination  of  the  latter  belong  to  this  star. 

7608 

7466,  7469 

Right  Ascension  of  the  former  and  Declination  of  the  latter  belong  to  this  star. 

7610 

7464',  7466' 

Approximate  Right  Ascension  of  the  latter  and  Declination  of  the  former  belong  to 

this  star. 

7615 

7472',  7473 

Both  observations  belong  to  this  star. 

7619 

7476',  7477 

Both  observations  belong  to  this  star. 

7620 

7478,  7478' 

Both  observations  belong  to  this  star. 

7623 

7481,7483, 

These  three  observations  all  belong  to  the  same  star.     The  second  observation  is  reduced 

7493 

10"  wrong.     The  approximate  Right  Ascension  of  the  last  is  about  I1"  wrong. 

7624 

7486 

Right  Ascension  of  this  star  not  observed.     Given  Right  Ascension  belongs  to  7627. 

7627 

7485,  7486 

Right  Ascension  of  both  and  Declination  of  the  former  belong  to  this  star. 

7628 

7488 

Right  Ascension  approximate. 

7636,  7638 

7495/,  7495" 

Declinations  approximate. 

7637,  7640 

7497,  7498 

Declinations  are  interchanged. 

7644,  7649 

75°2,  75°7 

Declinations  approximate. 

7651 

7509,  75'° 

Both  observations  belong  to  this  star. 

7663 

7521' 

Declination  approximate. 

7672,  7676 

7531,7532 

Right  Ascensions  approximate. 

7685,7686 

7543.  7544 

Observed  as  one  star  in  Declination. 

7688 

7567 

Two  minutes  wrong  in  Right  Ascension.     Both  observations  were  changed  lm  the  wrong 

way.     Declination  approximate.     Given  Declination  belongs  to  7715. 

7703 

7559' 

Declination  approximate. 

7706 

7562 

Precession  in  Right  Ascension  has  the  wrong  sign. 

77'5 

7567,  7579 

Right  Ascension  of  the  latter,  which  is  Im  wrong,  and  Declination  of  the  former  belong 

to  this  star. 

NOTES  TO  THE  CATALOGUE. 


New  number. 

Old  number. 

Remarks. 

7726 

7579,7582 

Right  Ascension  of  the  latter  and  Declination  of  both,  the  latter  of  which  is  reduced 

10"  wrong,  belong  to  this  star. 

7749 

7606' 

Right  Ascension  approximate. 

7752 

7607,  7608 

Both  obsei  vations  belong  to  the  same  star.     Circle  read  2°  wrong  for  the  former  observa- 

tion. 

7753 

7609 

There  is  a  mistake  of  1"  in  the  precession  in  Right  Ascension. 

7767 

7622 

The  Right  Ascension  in  the  Mural  zones  is  evidently  I"1  too  great. 

7799 

7654 

Lament's  Declination  is  l'  too  small. 

7806,  7807 

7661,7662 

There  are  Flamsteed's  100  Herculis,  incorrectly  denoted  i  by  him. 

7816 

7671 

The  Mural  zones  are  probably  I  revolution  wrong.     Yarnall  agrees  with  Gould. 

7837 

7691 

Baily's  Right  Ascension  is  Inl  too  small.     See  Bonn  VII,  page  230. 

7839 

7685 

Time  incorrectly  noted. 

7846 

7699 

This  position  differs  8"  in  Right  Ascension  and  4'  in  Declination  from  Lacaille,  but 

agrees  with  Gould  and  Stone. 

7857 

7710 

Declination  copied  i'  wrong. 

7872 

7724 

This  was  about  8.5  magnitude,  as  observed  with  the  Equatorial  on  November  5,  1886. 

7882 

7734,  7735' 

Both  Right  Ascensions  of  the  latter  and  one  of  the  former,  which  was  reduced  2s  wrong, 

belong  to  this  star;  also  both  Declinations. 

7884 

7734 

Only  one  of  these  Right  Ascensions  belongs  to  this  star.    Declination  not  observed.    See 

preceding  note. 

7892 

7742 

Right  Ascension  approximate. 

793° 

7779,7781 

Right  Ascension  of  the  former  and  Declination  of  both,  the  latter  of  which  is  reduced 

3°  wrong,  belong  to  this  star. 

7932 

7781,7782, 

Right  Ascension  of  the  first  and  second,  and  Declination  of  the  last,  belong  to  this  star. 

7782' 

7933 

7782,  7782' 

Right  Ascension  of  the  latter  and  Declination  of  the  former  belong  to  this  star. 

7938 

7786 

Declination  has  the  wrong  sign. 

7945 

7793 

Baily's  Right  Ascension  is  im  too  small.     See  Bonn  VII,  page  230. 

7958 

7805' 

Declination  approximate. 

7969 

7815',  7816' 

Right  Ascension  of  the  former  and  Declination  of  the  latter  belong  to  this  star. 

797i 

7815',  7816, 

Right  Ascension  of  the  last  two,  and  Declination  of  the  first  two,  belong  to  this  star. 

7816' 

8010,  8013 

7854 

Right  Ascension  and  Declination  belong  to  different  stars.     Records  show  this  con- 

clusively. 

8028 

7871 

I^alande's  Right  Ascension  seems  to  be  I  m  wrong. 

8085 

7926 

The  zones  are  reduced  i'  wrong  in  Declination. 

8128 

7965 

There  was  a  mistake  of  \'  in  reducing  from  1845.0  to  1860.0. 

8144 

798o 

Differs  about  4"  from  Weisse,  but  agrees  with  DM. 

8150,8151 

7986,  7987 

Observed  as  one  star  in  Declination. 

8i75 

8011,8015' 

Right  Ascension  of  the  former  and  Declination  of  both  belong  to  this  star. 

8184 

8015',  8021 

Right  Ascension  of  both,  the  former  of  which  is  30"  wrong,  and  the  Declination  of  the 

latter  belong  to  this  star. 

8213 

8047 

Mistake  of  I'  in  reducing  to  1860.0. 

8217,8221 

8051 

Right  Ascension  and  Declination  belong  to  different  stars. 

8222 

8054' 

Declination  approximate. 

8238 

8070 

Mistake  of  sign  in  copying  Declination. 

8259 

8091 

Lament's  Declination  is  i'  wrong. 

8279 

8m 

Stone  did  not  observe  Lacaille  7990.     Stone's  10375  agrees  with  Gould  XVIII,  3079. 

Lacaille  7990  agrees  with  Gould  XVIII,  3093,  and  with  this  star. 

298 


NOTES  TO  THE  CATALOGUE. 


New  number. 

Old  number. 

Remarks. 

8282 

8114 

Argelander  is  10'  wrong  in  Declination. 

8323 

8'53" 

Declination  approximate. 

8362 

8192 

The  zones  seem  to  be  about  30"  wrong  in  Declination.     Gould  agrees  with  Yarnall. 

«374 

8211 

Right  Ascension  copied  i™  wrong. 

8379,  8386 

8207',  8214' 

Declinations  approximate. 

8393 

8221 

Differs  about  8"  in  Right  Ascension,  and  3'  or  4'  in  Declination  from  Lacaille. 

8404 

8232 

Differs  6'  from  Argelander,  but  agrees  with  Gould  and  Lamont.     There  is  another  ob- 

servation in  Right  Ascension. 

8409 

8236,  8236' 

These  observations  evidently  belong  to  the  preceding  star.     Nothing  is  stated  about  center. 

8459 

8284' 

Declination  approximate. 

8465 

8290 

Meridian  Circle  zones  seem  to  be  I"1  wrong  in  Right  Ascension. 

8483 

8307' 

Given  Declination  belongs  to  8485. 

8485 

8307',  8308' 

Declination  of  both  probably  belong  to  this  star.     The  Declination  of  the  latter  does 

not  agree  very  well  with  Weisse,  or  with  an  Equatorial  observation  on  November  15, 

1886.     If  the  same  observation,  it  is  not  very  good. 

8486 

8309 

The  observing  books  show  that  there  was  a  slight  error  in  setting  the  Circle  ;  it  was  in- 

tended for  8471. 

8493 

8310',  8315' 

Right  Ascension  of  the  latter  and  Declination  of  both  belong  to  this  star.     There  is  no 

star  in  the  position  of  the  former,  and  it  is  not  known  to  what  the  Right  Ascension 

belongs.     The  observation  is  correct  and  on  Chronograph  sheet. 

8496 

8328 

One  of  these  Declination  observation!  belongs  to  this  star,  being  about  im  wrong. 

8499 

8318,8318' 

Both  observations  belong  to  this  star,  the  latter  being  5  revolutions  wrong. 

8501 

8328 

One  of  these  Declination  observations  belongs  to  this  star,  being  10  revolutions  wrong. 

8510 

8328 

Right  Ascension  belongs  to  this  star,  Declination  to  8496  and  8501. 

85>5 

8332' 

Right  Ascension  approximate. 

8522 

8338' 

Declination  approximate. 

8S34 

8349',  8349" 

Both  observations  belong  to  the  same  star,  the  latter  being  copied  2°  wrong. 

8545 

8358' 

Declination  approximate. 

8549,  8550 

8362,  8363 

All  the  observations  in  Declination  appear  to  belong  to  the  preceding  star. 

8567 

8378' 

The  wrong  sign  was  applied  in  the  reduction  to  mean  place  for  one  of  these  observa- 

tions in  Declinations.     The  records  in  Mural  Circle  observing  books  give  I™  in  time 

greater  for  each  Declination.     This  minute  agrees  with  the  Right  Ascension  observa- 

tions, and  also  with  Gould. 

8569,8571 

8380,  8382 

Right  Ascensions  and  Declinations  are  interchanged. 

8582 

8390,8394'. 

All  three  observations  belong  to  this  star. 

8395 

8583 

This  star  was  observed  in  1872,  but  not  put  down  in  the  Catalogue. 

8592 

8403' 

Right  Ascension  approximate. 

8595 

8406 

Lament's  Right  Ascension  is  10"  too  great. 

8S97 

8406" 

This  star  appears  to  be  correctly  reduced,  although  differing  about  1  1"  from  Weisse. 

8674 

8476 

Magnitude  should  be  9.0.     The  zones  appear  to  be  about  i'  wrong  in  Declination. 

8684 

8486 

There  was  no  observation  of  this  star  in  Declination.     Two  observations  of  8693,  made 

in  1863,  were  credited  to  this  star.     The  approximate  Declination  was  put  down  as 

—  29°  9'  in  the  first  edition;  this,  with  the  seconds  belonging  to  8693,  were  used  in 

the  second  edition. 

8689 

8490 

There  «-as  a  mistake  of  i'  in  copying  both  observations. 

8692 

8493.  8494 

Right  Ascension  of  both,  and  Declination  of  the  former,  belong  to  this  star. 

8693 

8486,  8495 

The  seconds  of  Declination  credited  to  the  former  should  be  0.4,  and  belong  to  this 

star  ;  there  was  also  a  mistake  in  the  minutes  in  copying  for  1863. 

8696 

8494 

There  was  no  Right  Ascension  of  this  star  observed. 

NOTES  TO  THE  CATALOGUE. 


299 


New  number. 


8?°4 

8753 
8769 


8828 

8830 

8836, 8837 

8857 

8874 

8879 

8881 

8888 


8929 

8953 
8960 
8967 


8984 

9002 

9027 

9039. 904° 

9075 

9095,9101 

9105 

9142 

9146 

9179 

9184 

9237 

93'° 

93" 

933' 
9352 
935° 
9367 

9394 
94" 
9412 
9442 
9447,  9448 


Old  number. 


8504 

8550 
8566 
8586 

8621 

8622 

8628,  8629 

8648' 

8665 

8870",  8870"' 

8670,8671' 

8677' 

8715 


8735.8738 
8744 
8750' 
8767 

8768 

8784 

8806,  8806' 
8818,8818' 


8912 
8916 

8949 
8954 

9001,9005 
9067,  9078 
9079 

9099, 9099' 

9"9 
9123 

9I33' 
9144,9145 

9IS7 

9174 

9'75 

9203',  9203" 

9208 


Remarks. 


It  is  doubtful  if  this  is  B.  A.  C.  6770  or  Lacaille  8225.     See  Stone,  and  also  Gould's 

General  Catalogue. 

This  star  is  Lacaille  8262,  and  apparently  has  a  proper  motion  of  — •  o"-5  (Holden). 
Two  magnitudes  estimated  on  the  Mural  Circle  are  9.0  and  9.5,  respectively. 
There  is  no  star  in  this  place;  it  was  intended  for  Iris.     There  is  a  star  about  70" 

earlier,  and  the  same  Declination. 

Lalande's  Right  Ascension  is  4'  too  small.     See  Bonn  VII,  page  233. 
Mistake  of  sign  in  copying  Declination. 
Observed  as  one  star  in  Declination. 
Declination  approximate. 

Mistake  of  1*  in  reducing  from  1870.0  to  1860.0. 
Both  observations  belong  to  this  star;  also  another  one  in  1877. 
Both  observations  belong  to  this  star. 
Argelander  is  either  10"  wrong  or  observed  over  wire  3,  instead  of  2,  maki 

ence  of  10".  19. 
Observed  for  Iris,  probably  lom  wrong.     If  so  it  is  a  9.5-magnitude  star,  whose  Right 

Ascension  is  I9h  53™  2&8.94  and  Declination  —  14°  12'  42".!. 
This  observation  is  in  the  annual  volume,  but  not  copied  in  the  Catalogue. 
Former  observation  is  IO»  wrong  in  Right  Ascension. 

For  proper  motion  see  Bonn  VII,  page  96.     Compare  also  with  Stone  and  Gould. 
Declination  approximate. 
There  is  no  such  star.     It  was  observed  on  the  Prime  Vertical  in  1848,  and  probably 

intended  for  8981  or  8982,  and  different  stars  observed  East  and  West. 
The  sign  of  the  Declination  copied  wrong. 
Declination  approximate. 

The  degree  and  minute  of  the  former  observation  was  copied  from  9007. 
It  is  probable  that  both  these  observations  belong  to  the  preceding  star. 
Right  Ascension  reduced  i«  wrong. 

Right  Ascension  and  Declination  belong  to  different  stars. 
Declination  approximate. 
For  proper  motion  see  Bonn  VII,  page  96. 

Right  Ascension  Is  wrong.     One  observation  was  ambiguous  and  the  other  changed  i1. 
Declination  copied  10°  wrong. 

Right  Ascension  of  the  zones  incorrectly  reduced  by  4'. 

Same  star.     Right  Ascension  of  former  incorrectly  copied  from  observing  books. 
Both  observations  belong  to  the  same  star,  the  former  copied  im  wrong. 
The  zones  are  undoubtedly  recorded  4  revolutions  wrong.     Should  be  40.903.     See  also 

Gould  XX,  1665. 

Both  observations  belong  to  the  same  star. 
Name  wrong. 

This  observation  appears  to  be  copied  5s  wrong.     It  now  agrees  with  Gould  28665. 
Probably  observed  I  revolution  wrong.     It  was  also  copied  i'  wrong. 
Both  observations  belong  to  the  same  star,  the  latter  being  copied  20°  wrong. 
Lamont's  Declination  is  10'  too  small.     Yarnall  agrees  with  Gould  XX,  1665. 
This  is  Schjellerup  8424.     He  says  that  Baily's  Right  Ascension  is  8«.5  too  great. 
There  is  a  mistake  of  10"  in  copying  Declination. 

It  is  assumed  that  these  observations  belong  to  the  larger  or  following  star. 
It  is  assumed  that  the  observations  in  1847  and  1848  belong  to  the  two  components  and 

that  the  center  was  not  observed  except  in  Declination. 


300 


NOTES  TO  THE  CATALOGUE. 


New  number. 


Old  number. 


Remarks. 


9459 
9461 
9464 
9519 
9538 
9553 
9576 
9S83 
9587 
9588 

959' 
9621 
9636 
9637 

9653 
9659 
9691 
9699 
9724 
9739 


9780 
9781 
9790 
9801 

9810 

9817 
9823 

9826,9831 


9858,9859 
9861 

9890 
9894 
9895 
9897 
99°3 
9932 
9935 
9941 

9951,9952 
9973 


9216 
9218 
9221 

9273 
9290 

93°5 

9327' 

9334 

9338 

9338' 

9341 

9366 

938o 

9381,  9382 

9399' 
9404' 

9434 
9442 
9466 
9481,9521 


9521 

9521' 
953° 
9540',  9541 

9550 
9557 
9563 

9565',  9569' 

9585 

9595, 9596 
9598 

9626' 

9629 

9630 

9633, 9634 

9^33 

9666 

9669, 9678 

9675 

9684",  9684'" 

97°5 


Weisse's  Declination  is  I1"  too  great.     See  Positiones  Emendate. 

Magnitude  should  be  4.0. 

This  is  the  same  as  Stone  11213,  but  he  incorrectly  identifies  his  11209  with  it. 

Argelander,  in  Bonn  VII,  calls  the  magnitude  7.0. 

This  star  has  a  proper  motion  of  —  o".2g  and  —  i" '.2.  (Moesta). 

This  star  may  have  a  small  proper  motion. 

Declination  approximate. 

Holden  and  Peters  both  call  this  Groombridge  3445. 

Precession  in  Right  Ascension  is  i«  wrong. 

Declination  approximate. 

Both  estimates  of  magnitude  are  5.7,  but  this  is  probably  too  bright. 

This  is  also  Mural  Zones  196,  10,  but  no  Right  Ascension  is  given. 

Argelander's  Right  Ascension  is  Im  too  great. 

Both  observations  belong  to  the  same  star,  the  revolutions  for  the  latter  observation  being 
recorded  32,  instead  of  39.  Argelander's  Right  Ascension  is  also  I"1  too  great. 

Right  Ascension  approximate. 

Declination  approximate. 

Weisse's  Right  Ascension  is  I™  too  small.     See  Positiones  Emendatae. 

The  sign  of  the  Declination  has  been  changed. 

Stone  calls  this  Lacaille  8889,  but  his  number  11449  corresponds  with  it. 

For  the  latter  observation  the  time  is  incorrectly  reduced.  Both  Declinations  belong  to 
this  star.  The  two  observations  of  the  latter  were  made  on  the  Prime  Vertical  and 
incorrectly  reduced.  The  observed  Right  Ascension  for  this  observation,  when  prop- 
erly reduced,  is  2i>>  33™  46«.83,  and  Declination  +  38°  50'  itf'.bg  for  1850.0. 

Declination  approximate. 

Right  Ascension  approximate. 

This  is  also  Lamont  8534. 

Both  observations  belong  to  this  star.  The  former  was  copied  and  reduced  5°  wrong ; 
properly  reduced,  its  Right  Ascension  is  21''  40'"  58s. 12. 

The  sign  of  the  Declination  is  changed. 

Declination  approximate. 

Right  Ascension  is  5s  greater  than  DM.,  but  the  two  observations  agree,  and  also  with 
two  Prime  Vertical  observations  in  1847. 

Declinations  approximate. 

This  observation  differs  30"  from  Bonn,  but  the  three  observations  have  only  a  range  of 
about  \"  in  Declination. 

Groombridge's  Right  Ascensions  are  io»  too  great.     See  Radcliffe  5438  and  5439. 

This  star  is  also  Meridian  Circle  Zones  113,  8.  The  zones  differ  about  31",  and  Yar- 
nall's  position  is  about  the  mean,  and  very  well  agrees  with  Gould  XXI,  1507. 

Declination  approximate.  '• 

There  is  a  mistake  of  I  °  in  copying.     Precession  is  also  wrong. 

Differs  about  2*  from  Argelander. 

Right  Ascension  of  both  and  Declination  of  the  latter  belong  to  this  star. 

Declination  belongs  to  this  star ;  Right  Ascension  not  observed. 

There  is  a  mistake  of  3"  in  copying  or  reducing. 

Both  observations  belong  to  this  star,  the  latter  being  im  wrong. 

This  is  also  O.  Arg.  S.  21870,  but  no  Right  Ascension  was  observed. 

Observed  as  one  star  in  Declination. 

Declination  has  the  wrong  sign. 


NOTES  TO  THE  CATALOGUE. 


301 


New  number. 


Old  number. 


Remarks. 


9992 

IOOOI 

10008 
10048 
10051 
10058 
10080 

ml  hi.  IOIII 

IOII3 

IOII6 

10178,  10179 

10196 

10197 

IO26l 
IO279 
10283 


10286 

10305,  10306 

10310 

I°333 

I037I 

"°37S 
10381 

10383 
10405 
10413 
10423 
10436 


10447 
10478 


10526 

I05S3 
10564 
10567 


10580,  10581 
10588 


9724 

9733 

973°. 9740 

9779 

978i' 

9787 


9832',  9832" 

9834 

9837 

9896',  9896" 

9914 

9913 

9978 
9993/// 

9997 


9998, loooo 

10018, 10019 
10023 

10047 
10078' 

10086 

10092. 10094 

10092. 10095 
10118 
10126 
10136 
10149 


10160 
10191,  10205 

10205 


10240 
10266' 
10277,  I0293 
10280 


•10293,  10294 
10299 


Mistake  of  30'  in  copying. 

Differs  4"  from  Argelander,  but  agrees  with  Schonfeld.     Observations  seem  correct. 

Both  observations  belong  to  this  star,  the  former  being  im  wrong. 

This  star  has  a  large  proper  motion  in  Right  Ascension. 

This  star  differs  from  DM.  about  5',  but  both  observations  are  consistent. 

Differs  i«  from  Argelander,  but  appears  to  be  correct. 

This  star  has  a  proper  motion  of  —  o".4?  (Holden.) 

Observed  as  one  star  in  Declination. 

For  proper  motion  see  Bonn  VII,  page  102. 

The  K.  in  DM.  is  incorrect. 

Declinations  approximate. 

Differs  I1"  from  Argelander. 

There  was  a  mistake  in  the  reduction  of  this  star.     It  now  differs  41"  from  ihe  Mural 

zones,  33"  from  the  Meridian  Circle  zones,  and  lo"  from  Gould's  zones. 
Mistake  of  i'  in  reducing  to  mean  place  for  both  the  observations. 
Declination  approximate. 
This  is  probably  Weisse  XXII,  795,  which  is  30"  wrong  in  Declination.      Schonfeld 

agrees  with  Yarnall.       Bessel  may  have  made  a  mistake  of  30"  or  probably  a  typo- 
graphical error  of  5  for  2. 
Both  observations  belong  to  the  same  star,  the  former  observation  being  5  revolutions 

wrong.     Time  agrees  when  properly  reduced. 
See  Bonn  VII,  page  104. 

The  zone  observation  is  reduced  im  wrong.     It  should  be  22h  40™  57'. 58. 
This  is  also  Mural  Zones  74,  25  ;  it  differs  from  Lacaille  about  7a  and  9',  but  agrees  with 

Stone  11917.     There  is  probably  a  mistake  in  Lacaille. 
Time  reduced  wrong. 

Differs  4'  from  Argelander,  but  agrees  with  Gould. 

Right  Ascension  of  the  former  and  Declination  of  the  latter  belong  to  this  star. 
Right  Ascension  of  the  latter  and  declination  of  the  former  belong  to  this  star. 
Differs  i«  from  Argelander,  but  appears  correct. 

This  star  has  a  proper  motion  of  -f-  o».O3l  and  -f-o".28.     See  Armagh  (2),  page  157. 
Rumker's  Right  Ascension  is  10"  too  great. 
The  observations  in   1865  and  1869  differ  by  2MI.     Yarnall  changed  one  of  them  2s, 

but  they  are  both  right.     Gould,  in  A.  N.  237,  deduces  a  proper  motion  of  -L-os.5672 

and  -f  I  ".3058. 
Declination  reduced  I'  wrong. 
Right  Ascension  of  the  former  and  Declination  of  both  belong  to  this  star,  the  latter  being 

reduced  I '  wrong. 
Declination  belongs  to  previous  star.      Right  Ascension  belongs  to  Weisse  (2)  XXIII, 

49,  whose  Declination  is  +37°  10'  instead  of  +  38°  10'.     The  observation  is  not  in 

the  volume,  but  only  in  the  results,  and  this  is  incorrect. 
This  star  is  reduced  wrong  in  the  zones,  and  needs  to  be  corrected  by  -)-  2*. 
Declination  approximate. 

Right  Ascension  of  former  and  Declination  of  both  belong  to  this  star. 
The  observation  in  the  zones  is  reduced  incorrectly  by  20"  in  Right  Ascension  and  40" 

in  Declination.      The  position  in  the  zones  should  be  23h  Hm  36".49  and  —39°  15' 

43"-5- 
Magnitudes  interchanged  and  Declination  of  the  former  not  observed. 

This  is  also  Bonn  VI,  2^,  6. 


302 


NOTES  TO  THE  CATALOGUE. 


New  number. 


Old  number. 


Remarks. 


10604 
10623 

10630 
10637 


10647 
10651 
10670 
10697 
10701 
10707 
10768,  10769 

10771 
10790 
10831 
10834 
10843 

10847 
10878 

10891,  10892 
10919 

10923, 10924 
10929 
10959 


10304 
i°343 


10339. 10340, 
10342 


10348, 10350, 
10351 


10361 

10364' 

10361, 10383 

10409 

10413 

10418' 

10475',  10476. 

10476' 

10478 

10495' 

J0539' 

10534' 

10542' 

10546 
10577 

10590, 10591 
10617',  10618 
10621, 10622 
10627 
10653' 


The  Right  Ascension  is  im  wrong.  One  observation  in  1869  was  recorded  Im  wrong; 
the  others  in  1876  are  recorded  and  reduced  correctly,  and  afterward  changed. 

The  Declination  has  been  obtained  from  the  wire  intervals,  two  other  stars  also  being 
observed  on  the  same  setting,  on  September  20,  1865.  There  was  a  mistakeof  Im  in 
reduction.  Fedorenko  also  made  the  same  mistake.  See  Bonn  VI,  page  [25]. 

These  observations  all  belong  to  the  same  star.  The  refraction  for  the  middle  observa- 
tion should  be  5'  u". 8  instead  of  31". 2.  Reduction  to  mean  place  is  also  10"  wrong. 
For  the  last  observation  the  instrumental  correction  should  be  — 1".35  instead  of  -f-o".8l ; 
it  is  also  I  revolution  =31  ".2  wrong  in  Declination. 

The  first  and  last  are  identically  the  same  observation,  the  first  being  wrongly  reduced 
and  afterward  corrected.  The  two  observations  are  the  uncorrected  and  the  corrected 
Right  Ascensions.  The  middle  observation  also  belongs  to  the  same  star ;  the  approxi- 
mate Declination  of  the  others  are  incorrect. 

Declination  not  observed. 

Mistake  of  2"  in  reducing  from  1876.0  to  1860.0. 

Right  Ascension  of  the  latter  and  Declination  of  both  belong  to  this  star. 

Weisse's  Right  Ascension  is  I™  too  small.     See  Positiones  Emendata;. 

Weisse's  Right  Ascension  is  50"  too  small.     See  Positiones  Emendate. 

Declination  approximate. 

The  center  does  not  appear  to  have  been  observed.  Declinations  of  the  first  and  second 
stars  were  both  observed. 

For  proper  motion  see  Stone  12277. 

Declination  copied  wrong.     There  was  also  another  observation. 

This  observation  is  im  out  of  place.     Declination  approximate. 

Declination  approximate. 

This  star  is  not  found  in  DM.  It  was  observed  for  10877,  the  observing  list  being  3'" 
wrong;  it  is  probably  a  faint  star.  Observation  seems  correct. 

This  is  DM.  —  i°,  4500.  Lamont  is  probably  i'  wrong.  Yarnall's  observations  all  agree. 

Argelander  is  I m  wrong ;  the  minute  is  not  noted.  Yarnall's  observations  all  agree ;  also, 
Transit  and  Meridian  Circle  zones,  one  of  which  is  reduced  I™  wrong. 

Observed  as  one  star  in  Declination.     Observation  is  possibly  that  of  the  first  star. 

Declinations  of  both  belong  to  this  star. 

Magnitudes  are  wrong;  probably  interchanged. 

This  is  Bonn  VI,  23h,  65. 

Declination  approximate. 


